Deck 10: Acids and Bases and Equilibrium

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Question
Ammonium hydroxide is a weak base because ________.

A)it forms a dilute solution
B)it is only slightly soluble in water
C)is a poor acceptor of protons
D)it dissociates only slightly in water
E)it is completely ionized in aqueous solution
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Question
A chemical reaction has reached equilibrium when ________.

A)the concentrations of reactants and products are equal
B)all reactants have been converted to products
C)all products have been removed from the reaction mixture
D)the catalyst has been used up
E)the rate of the forward reaction equals the rate of the reverse reaction
Question
What is the [ <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> ] in a solution with [ <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> ] = 1 × <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> M?

A)1 × <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> M
B)1 × <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> M
C)1 × <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> M
D)1 × <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> M
E)1 × <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> M
Question
According to the Arrhenius concept,if <strong>According to the Arrhenius concept,if   were dissolved in water,it would act as ________.</strong> A)a base B)an acid C)a source of hydroxide ions D)a source of H- ions E)a proton acceptor <div style=padding-top: 35px> were dissolved in water,it would act as ________.

A)a base
B)an acid
C)a source of hydroxide ions
D)a source of H- ions
E)a proton acceptor
Question
Identify the Brønsted-Lowry acid in the following reaction. <strong>Identify the Brønsted-Lowry acid in the following reaction.   O(l)+   (aq)→   (aq)+   (aq)</strong> A)   O B)   C)   D)OH- E)H2CO3 <div style=padding-top: 35px> O(l)+ <strong>Identify the Brønsted-Lowry acid in the following reaction.   O(l)+   (aq)→   (aq)+   (aq)</strong> A)   O B)   C)   D)OH- E)H2CO3 <div style=padding-top: 35px> (aq)→ <strong>Identify the Brønsted-Lowry acid in the following reaction.   O(l)+   (aq)→   (aq)+   (aq)</strong> A)   O B)   C)   D)OH- E)H2CO3 <div style=padding-top: 35px> (aq)+ <strong>Identify the Brønsted-Lowry acid in the following reaction.   O(l)+   (aq)→   (aq)+   (aq)</strong> A)   O B)   C)   D)OH- E)H2CO3 <div style=padding-top: 35px> (aq)

A) <strong>Identify the Brønsted-Lowry acid in the following reaction.   O(l)+   (aq)→   (aq)+   (aq)</strong> A)   O B)   C)   D)OH- E)H2CO3 <div style=padding-top: 35px> O
B) <strong>Identify the Brønsted-Lowry acid in the following reaction.   O(l)+   (aq)→   (aq)+   (aq)</strong> A)   O B)   C)   D)OH- E)H2CO3 <div style=padding-top: 35px>
C) <strong>Identify the Brønsted-Lowry acid in the following reaction.   O(l)+   (aq)→   (aq)+   (aq)</strong> A)   O B)   C)   D)OH- E)H2CO3 <div style=padding-top: 35px>
D)OH-
E)H2CO3
Question
The name given to an aqueous solution of HBr is ________.

A)hydrogen bromide
B)hydrobromic acid
C)bromic acid
D)bromous acid
E)hypobromous acid
Question
Which of the following is correctly identified?

A) <strong>Which of the following is correctly identified?</strong> A)   ,strong acid B)NaOH,strong base C)HCl,weak acid D)     ,strong acid E)Ca   ,weak base <div style=padding-top: 35px> ,strong acid
B)NaOH,strong base
C)HCl,weak acid
D) <strong>Which of the following is correctly identified?</strong> A)   ,strong acid B)NaOH,strong base C)HCl,weak acid D)     ,strong acid E)Ca   ,weak base <div style=padding-top: 35px> <strong>Which of the following is correctly identified?</strong> A)   ,strong acid B)NaOH,strong base C)HCl,weak acid D)     ,strong acid E)Ca   ,weak base <div style=padding-top: 35px> ,strong acid
E)Ca <strong>Which of the following is correctly identified?</strong> A)   ,strong acid B)NaOH,strong base C)HCl,weak acid D)     ,strong acid E)Ca   ,weak base <div style=padding-top: 35px> ,weak base
Question
The name of <strong>The name of   is ________.</strong> A)aluminum trihydroxide B)monoaluminum trihydroxide C)aluminum hydroxide D)aluminum(III)hydroxide E)aluminum oxygen hydride <div style=padding-top: 35px> is ________.

A)aluminum trihydroxide
B)monoaluminum trihydroxide
C)aluminum hydroxide
D)aluminum(III)hydroxide
E)aluminum oxygen hydride
Question
Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?

A)In acids,[ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <div style=padding-top: 35px> ] is greater than [ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <div style=padding-top: 35px> <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <div style=padding-top: 35px> ].
B)In bases,[ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <div style=padding-top: 35px> ] = [ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <div style=padding-top: 35px> <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <div style=padding-top: 35px> ].
C)In neutral solutions,[ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <div style=padding-top: 35px> <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <div style=padding-top: 35px> ] = [ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <div style=padding-top: 35px> O].
D)In bases,[ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <div style=padding-top: 35px> ] is greater than [ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <div style=padding-top: 35px> <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <div style=padding-top: 35px> ].
E)In bases,[ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <div style=padding-top: 35px> ] is less than [ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <div style=padding-top: 35px> <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <div style=padding-top: 35px> ].
Question
According to the Brønsted-Lowry definition,________.

A)an acid is a proton acceptor
B)a base produces <strong>According to the Brønsted-Lowry definition,________.</strong> A)an acid is a proton acceptor B)a base produces   ions in aqueous solutions C)a base is a proton donor D)a base is a proton acceptor E)an acid acts as the solvent <div style=padding-top: 35px> ions in aqueous solutions
C)a base is a proton donor
D)a base is a proton acceptor
E)an acid acts as the solvent
Question
According to LeChâtelier's principle,predict whether adding <strong>According to LeChâtelier's principle,predict whether adding     causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change <div style=padding-top: 35px> <strong>According to LeChâtelier's principle,predict whether adding     causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change <div style=padding-top: 35px> causes the system to shift in the direction of reactants,products,or no change. N <strong>According to LeChâtelier's principle,predict whether adding     causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change <div style=padding-top: 35px> (aq)+ <strong>According to LeChâtelier's principle,predict whether adding     causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change <div style=padding-top: 35px> O(l)⇌ N <strong>According to LeChâtelier's principle,predict whether adding     causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change <div style=padding-top: 35px> (aq)+ <strong>According to LeChâtelier's principle,predict whether adding     causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change <div style=padding-top: 35px> <strong>According to LeChâtelier's principle,predict whether adding     causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change <div style=padding-top: 35px> (aq)

A)reactants
B)products
C)no change
Question
Which of the following is the strongest acid?

A) <strong>Which of the following is the strongest acid?</strong> A)     B)   C)NaOH D)     E)HCl <div style=padding-top: 35px> <strong>Which of the following is the strongest acid?</strong> A)     B)   C)NaOH D)     E)HCl <div style=padding-top: 35px>
B) <strong>Which of the following is the strongest acid?</strong> A)     B)   C)NaOH D)     E)HCl <div style=padding-top: 35px>
C)NaOH
D) <strong>Which of the following is the strongest acid?</strong> A)     B)   C)NaOH D)     E)HCl <div style=padding-top: 35px> <strong>Which of the following is the strongest acid?</strong> A)     B)   C)NaOH D)     E)HCl <div style=padding-top: 35px>
E)HCl
Question
The correct formula for sulfuric acid is ________.

A) <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)   <div style=padding-top: 35px> <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)   <div style=padding-top: 35px>
B) <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)   <div style=padding-top: 35px> <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)   <div style=padding-top: 35px>
C) <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)   <div style=padding-top: 35px> <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)   <div style=padding-top: 35px>
D) <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)   <div style=padding-top: 35px> <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)   <div style=padding-top: 35px>
E) <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)   <div style=padding-top: 35px>
Question
When a reaction is at equilibrium,________.

A)all reaction stops
B)no more reactants are converted to products
C)the reaction is no longer reversible
D)the forward and reverse reactions occur at the same rate
E)the products and reactants have the same energy content
Question
The conjugate base of <strong>The conjugate base of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate base. <div style=padding-top: 35px> O is ________.

A) <strong>The conjugate base of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate base. <div style=padding-top: 35px> <strong>The conjugate base of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate base. <div style=padding-top: 35px>
B) <strong>The conjugate base of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate base. <div style=padding-top: 35px>
C) <strong>The conjugate base of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate base. <div style=padding-top: 35px> O
D) <strong>The conjugate base of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate base. <div style=padding-top: 35px>
E) <strong>The conjugate base of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate base. <div style=padding-top: 35px> O has no conjugate base.
Question
Which one of the following is characteristic of a base?

A)produces <strong>Which one of the following is characteristic of a base?</strong> A)produces     in water B)has a sour taste C)has a slippery,soapy feel D)turns blue litmus red E)is insoluble in water <div style=padding-top: 35px> <strong>Which one of the following is characteristic of a base?</strong> A)produces     in water B)has a sour taste C)has a slippery,soapy feel D)turns blue litmus red E)is insoluble in water <div style=padding-top: 35px> in water
B)has a sour taste
C)has a slippery,soapy feel
D)turns blue litmus red
E)is insoluble in water
Question
The conjugate acid of <strong>The conjugate acid of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate acid. <div style=padding-top: 35px> O is ________.

A) <strong>The conjugate acid of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate acid. <div style=padding-top: 35px> <strong>The conjugate acid of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate acid. <div style=padding-top: 35px>
B) <strong>The conjugate acid of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate acid. <div style=padding-top: 35px>
C) <strong>The conjugate acid of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate acid. <div style=padding-top: 35px> O
D) <strong>The conjugate acid of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate acid. <div style=padding-top: 35px>
E) <strong>The conjugate acid of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate acid. <div style=padding-top: 35px> O has no conjugate acid.
Question
Which one of the following is characteristic of an acid?

A)produces <strong>Which one of the following is characteristic of an acid?</strong> A)produces     in water B)has a bitter taste C)has a slippery,soapy feel D)turns litmus blue E)is insoluble in water <div style=padding-top: 35px> <strong>Which one of the following is characteristic of an acid?</strong> A)produces     in water B)has a bitter taste C)has a slippery,soapy feel D)turns litmus blue E)is insoluble in water <div style=padding-top: 35px> in water
B)has a bitter taste
C)has a slippery,soapy feel
D)turns litmus blue
E)is insoluble in water
Question
For <strong>For   ,the product of [     ] and [   ] is ________.</strong> A)1.0 ×   B)1.0 ×   C)1.0 ×   D)1.0 E)1.0 ×   <div style=padding-top: 35px> ,the product of [ <strong>For   ,the product of [     ] and [   ] is ________.</strong> A)1.0 ×   B)1.0 ×   C)1.0 ×   D)1.0 E)1.0 ×   <div style=padding-top: 35px> <strong>For   ,the product of [     ] and [   ] is ________.</strong> A)1.0 ×   B)1.0 ×   C)1.0 ×   D)1.0 E)1.0 ×   <div style=padding-top: 35px> ] and [ <strong>For   ,the product of [     ] and [   ] is ________.</strong> A)1.0 ×   B)1.0 ×   C)1.0 ×   D)1.0 E)1.0 ×   <div style=padding-top: 35px> ] is ________.

A)1.0 × <strong>For   ,the product of [     ] and [   ] is ________.</strong> A)1.0 ×   B)1.0 ×   C)1.0 ×   D)1.0 E)1.0 ×   <div style=padding-top: 35px>
B)1.0 × <strong>For   ,the product of [     ] and [   ] is ________.</strong> A)1.0 ×   B)1.0 ×   C)1.0 ×   D)1.0 E)1.0 ×   <div style=padding-top: 35px>
C)1.0 × <strong>For   ,the product of [     ] and [   ] is ________.</strong> A)1.0 ×   B)1.0 ×   C)1.0 ×   D)1.0 E)1.0 ×   <div style=padding-top: 35px>
D)1.0
E)1.0 × <strong>For   ,the product of [     ] and [   ] is ________.</strong> A)1.0 ×   B)1.0 ×   C)1.0 ×   D)1.0 E)1.0 ×   <div style=padding-top: 35px>
Question
According to LeChâtelier's principle,predict whether adding H2O causes the system to shift in the direction of reactants,products,or no change. N <strong>According to LeChâtelier's principle,predict whether adding H2O causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change <div style=padding-top: 35px> (aq)+ <strong>According to LeChâtelier's principle,predict whether adding H2O causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change <div style=padding-top: 35px> O(l)⇌ N <strong>According to LeChâtelier's principle,predict whether adding H2O causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change <div style=padding-top: 35px> (aq)+ <strong>According to LeChâtelier's principle,predict whether adding H2O causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change <div style=padding-top: 35px> <strong>According to LeChâtelier's principle,predict whether adding H2O causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change <div style=padding-top: 35px> (aq)

A)reactants
B)products
C)no change
Question
What is the pH of a solution with [ <strong>What is the pH of a solution with [     ] = 1 ×   M?</strong> A)1.0 ×   B)-9.0 C)5.0 D)-5.0 E)9.0 <div style=padding-top: 35px> <strong>What is the pH of a solution with [     ] = 1 ×   M?</strong> A)1.0 ×   B)-9.0 C)5.0 D)-5.0 E)9.0 <div style=padding-top: 35px> ] = 1 × <strong>What is the pH of a solution with [     ] = 1 ×   M?</strong> A)1.0 ×   B)-9.0 C)5.0 D)-5.0 E)9.0 <div style=padding-top: 35px> M?

A)1.0 × <strong>What is the pH of a solution with [     ] = 1 ×   M?</strong> A)1.0 ×   B)-9.0 C)5.0 D)-5.0 E)9.0 <div style=padding-top: 35px>
B)-9.0
C)5.0
D)-5.0
E)9.0
Question
Which of the following is a buffer system?

A)NaCl(aq)and <strong>Which of the following is a buffer system?</strong> A)NaCl(aq)and   (aq) B)HCl(aq)and NaOH(aq) C)     (aq)and   (aq) D)NaCl(aq)and NaOH(aq) E)   O(l)and HCl(aq) <div style=padding-top: 35px> (aq)
B)HCl(aq)and NaOH(aq)
C) <strong>Which of the following is a buffer system?</strong> A)NaCl(aq)and   (aq) B)HCl(aq)and NaOH(aq) C)     (aq)and   (aq) D)NaCl(aq)and NaOH(aq) E)   O(l)and HCl(aq) <div style=padding-top: 35px> <strong>Which of the following is a buffer system?</strong> A)NaCl(aq)and   (aq) B)HCl(aq)and NaOH(aq) C)     (aq)and   (aq) D)NaCl(aq)and NaOH(aq) E)   O(l)and HCl(aq) <div style=padding-top: 35px> (aq)and <strong>Which of the following is a buffer system?</strong> A)NaCl(aq)and   (aq) B)HCl(aq)and NaOH(aq) C)     (aq)and   (aq) D)NaCl(aq)and NaOH(aq) E)   O(l)and HCl(aq) <div style=padding-top: 35px> (aq)
D)NaCl(aq)and NaOH(aq)
E) <strong>Which of the following is a buffer system?</strong> A)NaCl(aq)and   (aq) B)HCl(aq)and NaOH(aq) C)     (aq)and   (aq) D)NaCl(aq)and NaOH(aq) E)   O(l)and HCl(aq) <div style=padding-top: 35px> O(l)and HCl(aq)
Question
Which of the following is the correctly balanced equation for the complete neutralization of <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> by <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> ?

A) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> (aq)+ Ca <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> (s)→ CaH <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> (aq)+ 2 <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> O(l)
B)3 <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> (aq)+ Ca <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> (s)→ <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> (aq)+ 5 <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> O(l)
C) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> (aq)+ Ca <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> (s)→ <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> (aq)+ <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> O(l)
D)2 <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> (aq)+ 3Ca <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> (s)→ <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> (aq)+ 6 <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> O(l)
E)4 <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> (aq)+ 6Ca <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> (s)→ 2 <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> (aq)+ 12 <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <div style=padding-top: 35px> O(l)
Question
What is the [ <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M <div style=padding-top: 35px> <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M <div style=padding-top: 35px> ] in a solution with [ <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M <div style=padding-top: 35px> ] = 2.5 × <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M <div style=padding-top: 35px> M?

A)2.5 × <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M <div style=padding-top: 35px> M
B)4.0 × <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M <div style=padding-top: 35px> M
C)4.0 × <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M <div style=padding-top: 35px> M
D)4.0 × <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M <div style=padding-top: 35px> M
E)1.0 × <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M <div style=padding-top: 35px> M
Question
25.0 mL of 0.212 M NaOH is neutralized by 13.6 mL of an HCl solution.The molarity of the HCl solution is ________.

A)0.212 M
B)0.115 M
C)0.500 M
D)0.390 M
E)0.137 M
Question
Normal blood pH is about ________.

A)6.8
B)7.0
C)7.2
D)7.4
E)7.6
Question
What is the pH of a solution with [ <strong>What is the pH of a solution with [   ] = 1 ×   M?</strong> A)10.0 B)-10.0 C)4.0 D)-4.0 E)1.0 ×   <div style=padding-top: 35px> ] = 1 × <strong>What is the pH of a solution with [   ] = 1 ×   M?</strong> A)10.0 B)-10.0 C)4.0 D)-4.0 E)1.0 ×   <div style=padding-top: 35px> M?

A)10.0
B)-10.0
C)4.0
D)-4.0
E)1.0 × <strong>What is the pH of a solution with [   ] = 1 ×   M?</strong> A)10.0 B)-10.0 C)4.0 D)-4.0 E)1.0 ×   <div style=padding-top: 35px>
Question
In a buffer system of HF and its salt,NaF,________.

A)the HF neutralizes added acid
B)the HF neutralizes added base
C)the HF is not necessary
D)the <strong>In a buffer system of HF and its salt,NaF,________.</strong> A)the HF neutralizes added acid B)the HF neutralizes added base C)the HF is not necessary D)the   neutralizes added   O E)the   neutralizes added base <div style=padding-top: 35px> neutralizes added <strong>In a buffer system of HF and its salt,NaF,________.</strong> A)the HF neutralizes added acid B)the HF neutralizes added base C)the HF is not necessary D)the   neutralizes added   O E)the   neutralizes added base <div style=padding-top: 35px> O
E)the <strong>In a buffer system of HF and its salt,NaF,________.</strong> A)the HF neutralizes added acid B)the HF neutralizes added base C)the HF is not necessary D)the   neutralizes added   O E)the   neutralizes added base <div style=padding-top: 35px> neutralizes added base
Question
The neutralization reaction between <strong>The neutralization reaction between   and   produces the salt with the formula ________.</strong> A)   O B)   C)   D)   )3 E)   OH <div style=padding-top: 35px> and <strong>The neutralization reaction between   and   produces the salt with the formula ________.</strong> A)   O B)   C)   D)   )3 E)   OH <div style=padding-top: 35px> produces the salt with the formula ________.

A) <strong>The neutralization reaction between   and   produces the salt with the formula ________.</strong> A)   O B)   C)   D)   )3 E)   OH <div style=padding-top: 35px> O
B) <strong>The neutralization reaction between   and   produces the salt with the formula ________.</strong> A)   O B)   C)   D)   )3 E)   OH <div style=padding-top: 35px>
C) <strong>The neutralization reaction between   and   produces the salt with the formula ________.</strong> A)   O B)   C)   D)   )3 E)   OH <div style=padding-top: 35px>
D) <strong>The neutralization reaction between   and   produces the salt with the formula ________.</strong> A)   O B)   C)   D)   )3 E)   OH <div style=padding-top: 35px> )3
E) <strong>The neutralization reaction between   and   produces the salt with the formula ________.</strong> A)   O B)   C)   D)   )3 E)   OH <div style=padding-top: 35px> OH
Question
A solution with [ <strong>A solution with [   ] of 5 ×   has a pH of ________.</strong> A)2.3 B)-2.3 C)11.7 D)7.0 E)5.0 <div style=padding-top: 35px> ] of 5 × <strong>A solution with [   ] of 5 ×   has a pH of ________.</strong> A)2.3 B)-2.3 C)11.7 D)7.0 E)5.0 <div style=padding-top: 35px> has a pH of ________.

A)2.3
B)-2.3
C)11.7
D)7.0
E)5.0
Question
The [ <strong>The [     ] of a solution with pH = 8.7 is ________.</strong> A)8.7 M B)5.3 M C)2 ×   M D)8.7 ×   M E)5 ×   M <div style=padding-top: 35px> <strong>The [     ] of a solution with pH = 8.7 is ________.</strong> A)8.7 M B)5.3 M C)2 ×   M D)8.7 ×   M E)5 ×   M <div style=padding-top: 35px> ] of a solution with pH = 8.7 is ________.

A)8.7 M
B)5.3 M
C)2 × <strong>The [     ] of a solution with pH = 8.7 is ________.</strong> A)8.7 M B)5.3 M C)2 ×   M D)8.7 ×   M E)5 ×   M <div style=padding-top: 35px> M
D)8.7 × <strong>The [     ] of a solution with pH = 8.7 is ________.</strong> A)8.7 M B)5.3 M C)2 ×   M D)8.7 ×   M E)5 ×   M <div style=padding-top: 35px> M
E)5 × <strong>The [     ] of a solution with pH = 8.7 is ________.</strong> A)8.7 M B)5.3 M C)2 ×   M D)8.7 ×   M E)5 ×   M <div style=padding-top: 35px> M
Question
The [ <strong>The [     ] of a solution with pH = 9.7 is ________.</strong> A)9.7 M B)1 ×   M C)2 ×   M D)5 ×   M E)9.7 ×   M <div style=padding-top: 35px> <strong>The [     ] of a solution with pH = 9.7 is ________.</strong> A)9.7 M B)1 ×   M C)2 ×   M D)5 ×   M E)9.7 ×   M <div style=padding-top: 35px> ] of a solution with pH = 9.7 is ________.

A)9.7 M
B)1 × <strong>The [     ] of a solution with pH = 9.7 is ________.</strong> A)9.7 M B)1 ×   M C)2 ×   M D)5 ×   M E)9.7 ×   M <div style=padding-top: 35px> M
C)2 × <strong>The [     ] of a solution with pH = 9.7 is ________.</strong> A)9.7 M B)1 ×   M C)2 ×   M D)5 ×   M E)9.7 ×   M <div style=padding-top: 35px> M
D)5 × <strong>The [     ] of a solution with pH = 9.7 is ________.</strong> A)9.7 M B)1 ×   M C)2 ×   M D)5 ×   M E)9.7 ×   M <div style=padding-top: 35px> M
E)9.7 × <strong>The [     ] of a solution with pH = 9.7 is ________.</strong> A)9.7 M B)1 ×   M C)2 ×   M D)5 ×   M E)9.7 ×   M <div style=padding-top: 35px> M
Question
The [ <strong>The [     ] of a solution with pH = 2.0 is ________.</strong> A)10 M B)-10 M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> <strong>The [     ] of a solution with pH = 2.0 is ________.</strong> A)10 M B)-10 M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> ] of a solution with pH = 2.0 is ________.

A)10 M
B)-10 M
C)1 × <strong>The [     ] of a solution with pH = 2.0 is ________.</strong> A)10 M B)-10 M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> M
D)1 × <strong>The [     ] of a solution with pH = 2.0 is ________.</strong> A)10 M B)-10 M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> M
E)1 × <strong>The [     ] of a solution with pH = 2.0 is ________.</strong> A)10 M B)-10 M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> M
Question
Which of the following is a neutralization reaction?

A)KCl (aq)+ <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) <div style=padding-top: 35px> (aq)→ <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) <div style=padding-top: 35px> (aq)+ NaCl(aq)
B) <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) <div style=padding-top: 35px> (aq)+ KOH(aq)→ <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) <div style=padding-top: 35px> O (l)+ <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) <div style=padding-top: 35px> (aq)
C) <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) <div style=padding-top: 35px> O(l)+ <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) <div style=padding-top: 35px> (g)→ <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) <div style=padding-top: 35px> <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) <div style=padding-top: 35px> (aq)
D)4Na(s)+ <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) <div style=padding-top: 35px> (g)→ 2 <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) <div style=padding-top: 35px> O(s)
E)2 <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) <div style=padding-top: 35px> (g)→ 2NO(g)+ <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) <div style=padding-top: 35px> (g)
Question
When an acid reacts with a metal like Al,the products are ________.

A)water and a base
B)water and a salt
C)water and carbon dioxide
D)a salt and carbon dioxide
E)a salt and hydrogen
Question
A 10.0 mL of 0.121 M H2SO4 is neutralized by 17.1 mL of KOH solution.The molarity of the KOH solution is ________.

A)0.207 M
B)0.414 M
C)0.0708 M
D)0.428 M
E)0.142 M
Question
The function of a buffer is to ________.

A)change color at the end point of a titration
B)maintain the pH of a solution
C)be a strong base
D)maintain a neutral pH
E)act as a strong acid
Question
An acid and base react to form a salt and water in a(n)________ reaction.

A)ionization
B)dissociation
C)oxidation
D)neutralization
E)reduction
Question
What is the [ <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> ] in a solution that has a [ <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> ] = 1 × <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> M?

A)1 × <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> M
B)1 × <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> M
C)1 × <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> M
D)1 × <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> M
E)1 × <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <div style=padding-top: 35px> M
Question
In a neutralization reaction ________.

A)two acids react to form water
B)water and a salt react to form an acid and a base
C)an acid and a salt react to form water and a base
D)a base and a salt react to form water and an acid
E)an acid and a base react to form a salt and water
Question
The conjugate base of The conjugate base of   O is     .<div style=padding-top: 35px> O is The conjugate base of   O is     .<div style=padding-top: 35px> The conjugate base of   O is     .<div style=padding-top: 35px> .
Question
HBr is a strong acid.
Question
The conjugate base of HF is F-.
Question
What is the name of the medical condition of an asthmatic patient with a blood pH of 7.30?

A)respiratory acidosis
B)respiratory alkalosis
C)metabolic acidosis
D)metabolic alkalosis
E)diabetes mellitus
Question
When a system is at equilibrium,all the concentrations are 1 M.
Question
If a solution has If a solution has   = 1.0 ×   M,the   is also 1.0 ×   M.<div style=padding-top: 35px> = 1.0 × If a solution has   = 1.0 ×   M,the   is also 1.0 ×   M.<div style=padding-top: 35px> M,the If a solution has   = 1.0 ×   M,the   is also 1.0 ×   M.<div style=padding-top: 35px> is also 1.0 × If a solution has   = 1.0 ×   M,the   is also 1.0 ×   M.<div style=padding-top: 35px> M.
Question
The name of The name of   S   is hydrosulfuric acid.<div style=padding-top: 35px> S The name of   S   is hydrosulfuric acid.<div style=padding-top: 35px> is hydrosulfuric acid.
Question
The name of NaOH is sodium hydroxide.
Question
When more reactant is added to a system iat equilibrium,the reverse reaction is favored.
Question
Acids turn litmus blue.
Question
In any aqueous solution, In any aqueous solution,     = 1.0 ×   .<div style=padding-top: 35px> In any aqueous solution,     = 1.0 ×   .<div style=padding-top: 35px> = 1.0 × In any aqueous solution,     = 1.0 ×   .<div style=padding-top: 35px> .
Question
When hyperventilation (rapid breathing)causes a patient to exhale large amounts of <strong>When hyperventilation (rapid breathing)causes a patient to exhale large amounts of   ,the blood pH rises in a condition called ________.</strong> A)metabolic acidosis B)metabolic alkalosis C)respiratory acidosis D)respiratory alkalosis E)pulmonary distress <div style=padding-top: 35px> ,the blood pH rises in a condition called ________.

A)metabolic acidosis
B)metabolic alkalosis
C)respiratory acidosis
D)respiratory alkalosis
E)pulmonary distress
Question
A system is at equilibrium when the rate of the forward and reverse reactions are equal.
Question
HF is a strong acid.
Question
In any aqueous solution, In any aqueous solution,   =   .<div style=padding-top: 35px> = In any aqueous solution,   =   .<div style=padding-top: 35px> .
Question
Which of the following could be a buffer?

A)NaF(aq)
B)HF(aq)+ NaF(aq)
C)HF(aq)+ <strong>Which of the following could be a buffer?</strong> A)NaF(aq) B)HF(aq)+ NaF(aq) C)HF(aq)+   O(l) D)NaF(aq)+   O(l) E)NaCl(aq)+ HF(aq) <div style=padding-top: 35px> O(l)
D)NaF(aq)+ <strong>Which of the following could be a buffer?</strong> A)NaF(aq) B)HF(aq)+ NaF(aq) C)HF(aq)+   O(l) D)NaF(aq)+   O(l) E)NaCl(aq)+ HF(aq) <div style=padding-top: 35px> O(l)
E)NaCl(aq)+ HF(aq)
Question
HF is a strong acid.
Question
An aqueous solution with An aqueous solution with   = 1.0 ×   has a pH of 12.0.<div style=padding-top: 35px> = 1.0 × An aqueous solution with   = 1.0 ×   has a pH of 12.0.<div style=padding-top: 35px> has a pH of 12.0.
Question
KOH is a strong base.
Question
If lung problems like emphysema occur,the blood pH of the patient is expected to ________.

A)saturate
B)increase
C)decrease
D)stay the same
E)concentrate
Question
Strong acids react with Zn metal to produce H2 gas.
Question
A buffer is a solution that tends to maintain a neutral pH.
Question
An acidic solution has a pH less than 7.0.
Question
A solution with a pH greater than 7 is basic.
Question
If the carbon dioxide level in the blood is too high,more carbonic acid is produced,and this results in the condition termed acidosis.
Question
For many reactions of acids with bases,the resulting products are a salt and water.
Question
Alkalosis is the blood condition in which the blood pH is higher than normal.
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Deck 10: Acids and Bases and Equilibrium
1
Ammonium hydroxide is a weak base because ________.

A)it forms a dilute solution
B)it is only slightly soluble in water
C)is a poor acceptor of protons
D)it dissociates only slightly in water
E)it is completely ionized in aqueous solution
it dissociates only slightly in water
2
A chemical reaction has reached equilibrium when ________.

A)the concentrations of reactants and products are equal
B)all reactants have been converted to products
C)all products have been removed from the reaction mixture
D)the catalyst has been used up
E)the rate of the forward reaction equals the rate of the reverse reaction
the rate of the forward reaction equals the rate of the reverse reaction
3
What is the [ <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M ] in a solution with [ <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M ] = 1 × <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M M?

A)1 × <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M M
B)1 × <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M M
C)1 × <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M M
D)1 × <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M M
E)1 × <strong>What is the [     ] in a solution with [   ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M M
1 × 1 ×   M M
4
According to the Arrhenius concept,if <strong>According to the Arrhenius concept,if   were dissolved in water,it would act as ________.</strong> A)a base B)an acid C)a source of hydroxide ions D)a source of H- ions E)a proton acceptor were dissolved in water,it would act as ________.

A)a base
B)an acid
C)a source of hydroxide ions
D)a source of H- ions
E)a proton acceptor
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5
Identify the Brønsted-Lowry acid in the following reaction. <strong>Identify the Brønsted-Lowry acid in the following reaction.   O(l)+   (aq)→   (aq)+   (aq)</strong> A)   O B)   C)   D)OH- E)H2CO3 O(l)+ <strong>Identify the Brønsted-Lowry acid in the following reaction.   O(l)+   (aq)→   (aq)+   (aq)</strong> A)   O B)   C)   D)OH- E)H2CO3 (aq)→ <strong>Identify the Brønsted-Lowry acid in the following reaction.   O(l)+   (aq)→   (aq)+   (aq)</strong> A)   O B)   C)   D)OH- E)H2CO3 (aq)+ <strong>Identify the Brønsted-Lowry acid in the following reaction.   O(l)+   (aq)→   (aq)+   (aq)</strong> A)   O B)   C)   D)OH- E)H2CO3 (aq)

A) <strong>Identify the Brønsted-Lowry acid in the following reaction.   O(l)+   (aq)→   (aq)+   (aq)</strong> A)   O B)   C)   D)OH- E)H2CO3 O
B) <strong>Identify the Brønsted-Lowry acid in the following reaction.   O(l)+   (aq)→   (aq)+   (aq)</strong> A)   O B)   C)   D)OH- E)H2CO3
C) <strong>Identify the Brønsted-Lowry acid in the following reaction.   O(l)+   (aq)→   (aq)+   (aq)</strong> A)   O B)   C)   D)OH- E)H2CO3
D)OH-
E)H2CO3
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6
The name given to an aqueous solution of HBr is ________.

A)hydrogen bromide
B)hydrobromic acid
C)bromic acid
D)bromous acid
E)hypobromous acid
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7
Which of the following is correctly identified?

A) <strong>Which of the following is correctly identified?</strong> A)   ,strong acid B)NaOH,strong base C)HCl,weak acid D)     ,strong acid E)Ca   ,weak base ,strong acid
B)NaOH,strong base
C)HCl,weak acid
D) <strong>Which of the following is correctly identified?</strong> A)   ,strong acid B)NaOH,strong base C)HCl,weak acid D)     ,strong acid E)Ca   ,weak base <strong>Which of the following is correctly identified?</strong> A)   ,strong acid B)NaOH,strong base C)HCl,weak acid D)     ,strong acid E)Ca   ,weak base ,strong acid
E)Ca <strong>Which of the following is correctly identified?</strong> A)   ,strong acid B)NaOH,strong base C)HCl,weak acid D)     ,strong acid E)Ca   ,weak base ,weak base
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8
The name of <strong>The name of   is ________.</strong> A)aluminum trihydroxide B)monoaluminum trihydroxide C)aluminum hydroxide D)aluminum(III)hydroxide E)aluminum oxygen hydride is ________.

A)aluminum trihydroxide
B)monoaluminum trihydroxide
C)aluminum hydroxide
D)aluminum(III)hydroxide
E)aluminum oxygen hydride
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9
Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?

A)In acids,[ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. ] is greater than [ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. ].
B)In bases,[ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. ] = [ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. ].
C)In neutral solutions,[ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. ] = [ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. O].
D)In bases,[ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. ] is greater than [ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. ].
E)In bases,[ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. ] is less than [ <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. <strong>Which of the following statements correctly describes the hydronium-hydroxide balance in the given solution?</strong> A)In acids,[   ] is greater than [     ]. B)In bases,[   ] = [     ]. C)In neutral solutions,[     ] = [   O]. D)In bases,[   ] is greater than [     ]. E)In bases,[   ] is less than [     ]. ].
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10
According to the Brønsted-Lowry definition,________.

A)an acid is a proton acceptor
B)a base produces <strong>According to the Brønsted-Lowry definition,________.</strong> A)an acid is a proton acceptor B)a base produces   ions in aqueous solutions C)a base is a proton donor D)a base is a proton acceptor E)an acid acts as the solvent ions in aqueous solutions
C)a base is a proton donor
D)a base is a proton acceptor
E)an acid acts as the solvent
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11
According to LeChâtelier's principle,predict whether adding <strong>According to LeChâtelier's principle,predict whether adding     causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change <strong>According to LeChâtelier's principle,predict whether adding     causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change causes the system to shift in the direction of reactants,products,or no change. N <strong>According to LeChâtelier's principle,predict whether adding     causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change (aq)+ <strong>According to LeChâtelier's principle,predict whether adding     causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change O(l)⇌ N <strong>According to LeChâtelier's principle,predict whether adding     causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change (aq)+ <strong>According to LeChâtelier's principle,predict whether adding     causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change <strong>According to LeChâtelier's principle,predict whether adding     causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change (aq)

A)reactants
B)products
C)no change
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12
Which of the following is the strongest acid?

A) <strong>Which of the following is the strongest acid?</strong> A)     B)   C)NaOH D)     E)HCl <strong>Which of the following is the strongest acid?</strong> A)     B)   C)NaOH D)     E)HCl
B) <strong>Which of the following is the strongest acid?</strong> A)     B)   C)NaOH D)     E)HCl
C)NaOH
D) <strong>Which of the following is the strongest acid?</strong> A)     B)   C)NaOH D)     E)HCl <strong>Which of the following is the strongest acid?</strong> A)     B)   C)NaOH D)     E)HCl
E)HCl
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13
The correct formula for sulfuric acid is ________.

A) <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)   <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)
B) <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)   <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)
C) <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)   <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)
D) <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)   <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)
E) <strong>The correct formula for sulfuric acid is ________.</strong> A)     B)     C)     D)     E)
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14
When a reaction is at equilibrium,________.

A)all reaction stops
B)no more reactants are converted to products
C)the reaction is no longer reversible
D)the forward and reverse reactions occur at the same rate
E)the products and reactants have the same energy content
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15
The conjugate base of <strong>The conjugate base of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate base. O is ________.

A) <strong>The conjugate base of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate base. <strong>The conjugate base of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate base.
B) <strong>The conjugate base of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate base.
C) <strong>The conjugate base of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate base. O
D) <strong>The conjugate base of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate base.
E) <strong>The conjugate base of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate base. O has no conjugate base.
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16
Which one of the following is characteristic of a base?

A)produces <strong>Which one of the following is characteristic of a base?</strong> A)produces     in water B)has a sour taste C)has a slippery,soapy feel D)turns blue litmus red E)is insoluble in water <strong>Which one of the following is characteristic of a base?</strong> A)produces     in water B)has a sour taste C)has a slippery,soapy feel D)turns blue litmus red E)is insoluble in water in water
B)has a sour taste
C)has a slippery,soapy feel
D)turns blue litmus red
E)is insoluble in water
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17
The conjugate acid of <strong>The conjugate acid of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate acid. O is ________.

A) <strong>The conjugate acid of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate acid. <strong>The conjugate acid of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate acid.
B) <strong>The conjugate acid of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate acid.
C) <strong>The conjugate acid of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate acid. O
D) <strong>The conjugate acid of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate acid.
E) <strong>The conjugate acid of   O is ________.</strong> A)     B)   C)   O D)   E)   O has no conjugate acid. O has no conjugate acid.
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18
Which one of the following is characteristic of an acid?

A)produces <strong>Which one of the following is characteristic of an acid?</strong> A)produces     in water B)has a bitter taste C)has a slippery,soapy feel D)turns litmus blue E)is insoluble in water <strong>Which one of the following is characteristic of an acid?</strong> A)produces     in water B)has a bitter taste C)has a slippery,soapy feel D)turns litmus blue E)is insoluble in water in water
B)has a bitter taste
C)has a slippery,soapy feel
D)turns litmus blue
E)is insoluble in water
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19
For <strong>For   ,the product of [     ] and [   ] is ________.</strong> A)1.0 ×   B)1.0 ×   C)1.0 ×   D)1.0 E)1.0 ×   ,the product of [ <strong>For   ,the product of [     ] and [   ] is ________.</strong> A)1.0 ×   B)1.0 ×   C)1.0 ×   D)1.0 E)1.0 ×   <strong>For   ,the product of [     ] and [   ] is ________.</strong> A)1.0 ×   B)1.0 ×   C)1.0 ×   D)1.0 E)1.0 ×   ] and [ <strong>For   ,the product of [     ] and [   ] is ________.</strong> A)1.0 ×   B)1.0 ×   C)1.0 ×   D)1.0 E)1.0 ×   ] is ________.

A)1.0 × <strong>For   ,the product of [     ] and [   ] is ________.</strong> A)1.0 ×   B)1.0 ×   C)1.0 ×   D)1.0 E)1.0 ×
B)1.0 × <strong>For   ,the product of [     ] and [   ] is ________.</strong> A)1.0 ×   B)1.0 ×   C)1.0 ×   D)1.0 E)1.0 ×
C)1.0 × <strong>For   ,the product of [     ] and [   ] is ________.</strong> A)1.0 ×   B)1.0 ×   C)1.0 ×   D)1.0 E)1.0 ×
D)1.0
E)1.0 × <strong>For   ,the product of [     ] and [   ] is ________.</strong> A)1.0 ×   B)1.0 ×   C)1.0 ×   D)1.0 E)1.0 ×
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20
According to LeChâtelier's principle,predict whether adding H2O causes the system to shift in the direction of reactants,products,or no change. N <strong>According to LeChâtelier's principle,predict whether adding H2O causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change (aq)+ <strong>According to LeChâtelier's principle,predict whether adding H2O causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change O(l)⇌ N <strong>According to LeChâtelier's principle,predict whether adding H2O causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change (aq)+ <strong>According to LeChâtelier's principle,predict whether adding H2O causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change <strong>According to LeChâtelier's principle,predict whether adding H2O causes the system to shift in the direction of reactants,products,or no change. N   (aq)+   O(l)⇌ N   (aq)+     (aq)</strong> A)reactants B)products C)no change (aq)

A)reactants
B)products
C)no change
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21
What is the pH of a solution with [ <strong>What is the pH of a solution with [     ] = 1 ×   M?</strong> A)1.0 ×   B)-9.0 C)5.0 D)-5.0 E)9.0 <strong>What is the pH of a solution with [     ] = 1 ×   M?</strong> A)1.0 ×   B)-9.0 C)5.0 D)-5.0 E)9.0 ] = 1 × <strong>What is the pH of a solution with [     ] = 1 ×   M?</strong> A)1.0 ×   B)-9.0 C)5.0 D)-5.0 E)9.0 M?

A)1.0 × <strong>What is the pH of a solution with [     ] = 1 ×   M?</strong> A)1.0 ×   B)-9.0 C)5.0 D)-5.0 E)9.0
B)-9.0
C)5.0
D)-5.0
E)9.0
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22
Which of the following is a buffer system?

A)NaCl(aq)and <strong>Which of the following is a buffer system?</strong> A)NaCl(aq)and   (aq) B)HCl(aq)and NaOH(aq) C)     (aq)and   (aq) D)NaCl(aq)and NaOH(aq) E)   O(l)and HCl(aq) (aq)
B)HCl(aq)and NaOH(aq)
C) <strong>Which of the following is a buffer system?</strong> A)NaCl(aq)and   (aq) B)HCl(aq)and NaOH(aq) C)     (aq)and   (aq) D)NaCl(aq)and NaOH(aq) E)   O(l)and HCl(aq) <strong>Which of the following is a buffer system?</strong> A)NaCl(aq)and   (aq) B)HCl(aq)and NaOH(aq) C)     (aq)and   (aq) D)NaCl(aq)and NaOH(aq) E)   O(l)and HCl(aq) (aq)and <strong>Which of the following is a buffer system?</strong> A)NaCl(aq)and   (aq) B)HCl(aq)and NaOH(aq) C)     (aq)and   (aq) D)NaCl(aq)and NaOH(aq) E)   O(l)and HCl(aq) (aq)
D)NaCl(aq)and NaOH(aq)
E) <strong>Which of the following is a buffer system?</strong> A)NaCl(aq)and   (aq) B)HCl(aq)and NaOH(aq) C)     (aq)and   (aq) D)NaCl(aq)and NaOH(aq) E)   O(l)and HCl(aq) O(l)and HCl(aq)
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23
Which of the following is the correctly balanced equation for the complete neutralization of <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) by <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) ?

A) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) (aq)+ Ca <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) (s)→ CaH <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) (aq)+ 2 <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) O(l)
B)3 <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) (aq)+ Ca <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) (s)→ <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) (aq)+ 5 <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) O(l)
C) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) (aq)+ Ca <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) (s)→ <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) (aq)+ <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) O(l)
D)2 <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) (aq)+ 3Ca <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) (s)→ <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) (aq)+ 6 <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) O(l)
E)4 <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) (aq)+ 6Ca <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) (s)→ 2 <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) (aq)+ 12 <strong>Which of the following is the correctly balanced equation for the complete neutralization of     by   ?</strong> A)     (aq)+ Ca   (s)→ CaH   (aq)+ 2   O(l) B)3     (aq)+ Ca   (s)→       (aq)+ 5   O(l) C)     (aq)+ Ca   (s)→       (aq)+   O(l) D)2     (aq)+ 3Ca   (s)→       (aq)+ 6   O(l) E)4     (aq)+ 6Ca   (s)→ 2       (aq)+ 12   O(l) O(l)
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24
What is the [ <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M ] in a solution with [ <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M ] = 2.5 × <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M M?

A)2.5 × <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M M
B)4.0 × <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M M
C)4.0 × <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M M
D)4.0 × <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M M
E)1.0 × <strong>What is the [     ] in a solution with [   ] = 2.5 ×   M?</strong> A)2.5 ×   M B)4.0 ×   M C)4.0 ×   M D)4.0 ×   M E)1.0 ×   M M
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25
25.0 mL of 0.212 M NaOH is neutralized by 13.6 mL of an HCl solution.The molarity of the HCl solution is ________.

A)0.212 M
B)0.115 M
C)0.500 M
D)0.390 M
E)0.137 M
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26
Normal blood pH is about ________.

A)6.8
B)7.0
C)7.2
D)7.4
E)7.6
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27
What is the pH of a solution with [ <strong>What is the pH of a solution with [   ] = 1 ×   M?</strong> A)10.0 B)-10.0 C)4.0 D)-4.0 E)1.0 ×   ] = 1 × <strong>What is the pH of a solution with [   ] = 1 ×   M?</strong> A)10.0 B)-10.0 C)4.0 D)-4.0 E)1.0 ×   M?

A)10.0
B)-10.0
C)4.0
D)-4.0
E)1.0 × <strong>What is the pH of a solution with [   ] = 1 ×   M?</strong> A)10.0 B)-10.0 C)4.0 D)-4.0 E)1.0 ×
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28
In a buffer system of HF and its salt,NaF,________.

A)the HF neutralizes added acid
B)the HF neutralizes added base
C)the HF is not necessary
D)the <strong>In a buffer system of HF and its salt,NaF,________.</strong> A)the HF neutralizes added acid B)the HF neutralizes added base C)the HF is not necessary D)the   neutralizes added   O E)the   neutralizes added base neutralizes added <strong>In a buffer system of HF and its salt,NaF,________.</strong> A)the HF neutralizes added acid B)the HF neutralizes added base C)the HF is not necessary D)the   neutralizes added   O E)the   neutralizes added base O
E)the <strong>In a buffer system of HF and its salt,NaF,________.</strong> A)the HF neutralizes added acid B)the HF neutralizes added base C)the HF is not necessary D)the   neutralizes added   O E)the   neutralizes added base neutralizes added base
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29
The neutralization reaction between <strong>The neutralization reaction between   and   produces the salt with the formula ________.</strong> A)   O B)   C)   D)   )3 E)   OH and <strong>The neutralization reaction between   and   produces the salt with the formula ________.</strong> A)   O B)   C)   D)   )3 E)   OH produces the salt with the formula ________.

A) <strong>The neutralization reaction between   and   produces the salt with the formula ________.</strong> A)   O B)   C)   D)   )3 E)   OH O
B) <strong>The neutralization reaction between   and   produces the salt with the formula ________.</strong> A)   O B)   C)   D)   )3 E)   OH
C) <strong>The neutralization reaction between   and   produces the salt with the formula ________.</strong> A)   O B)   C)   D)   )3 E)   OH
D) <strong>The neutralization reaction between   and   produces the salt with the formula ________.</strong> A)   O B)   C)   D)   )3 E)   OH )3
E) <strong>The neutralization reaction between   and   produces the salt with the formula ________.</strong> A)   O B)   C)   D)   )3 E)   OH OH
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30
A solution with [ <strong>A solution with [   ] of 5 ×   has a pH of ________.</strong> A)2.3 B)-2.3 C)11.7 D)7.0 E)5.0 ] of 5 × <strong>A solution with [   ] of 5 ×   has a pH of ________.</strong> A)2.3 B)-2.3 C)11.7 D)7.0 E)5.0 has a pH of ________.

A)2.3
B)-2.3
C)11.7
D)7.0
E)5.0
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31
The [ <strong>The [     ] of a solution with pH = 8.7 is ________.</strong> A)8.7 M B)5.3 M C)2 ×   M D)8.7 ×   M E)5 ×   M <strong>The [     ] of a solution with pH = 8.7 is ________.</strong> A)8.7 M B)5.3 M C)2 ×   M D)8.7 ×   M E)5 ×   M ] of a solution with pH = 8.7 is ________.

A)8.7 M
B)5.3 M
C)2 × <strong>The [     ] of a solution with pH = 8.7 is ________.</strong> A)8.7 M B)5.3 M C)2 ×   M D)8.7 ×   M E)5 ×   M M
D)8.7 × <strong>The [     ] of a solution with pH = 8.7 is ________.</strong> A)8.7 M B)5.3 M C)2 ×   M D)8.7 ×   M E)5 ×   M M
E)5 × <strong>The [     ] of a solution with pH = 8.7 is ________.</strong> A)8.7 M B)5.3 M C)2 ×   M D)8.7 ×   M E)5 ×   M M
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32
The [ <strong>The [     ] of a solution with pH = 9.7 is ________.</strong> A)9.7 M B)1 ×   M C)2 ×   M D)5 ×   M E)9.7 ×   M <strong>The [     ] of a solution with pH = 9.7 is ________.</strong> A)9.7 M B)1 ×   M C)2 ×   M D)5 ×   M E)9.7 ×   M ] of a solution with pH = 9.7 is ________.

A)9.7 M
B)1 × <strong>The [     ] of a solution with pH = 9.7 is ________.</strong> A)9.7 M B)1 ×   M C)2 ×   M D)5 ×   M E)9.7 ×   M M
C)2 × <strong>The [     ] of a solution with pH = 9.7 is ________.</strong> A)9.7 M B)1 ×   M C)2 ×   M D)5 ×   M E)9.7 ×   M M
D)5 × <strong>The [     ] of a solution with pH = 9.7 is ________.</strong> A)9.7 M B)1 ×   M C)2 ×   M D)5 ×   M E)9.7 ×   M M
E)9.7 × <strong>The [     ] of a solution with pH = 9.7 is ________.</strong> A)9.7 M B)1 ×   M C)2 ×   M D)5 ×   M E)9.7 ×   M M
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33
The [ <strong>The [     ] of a solution with pH = 2.0 is ________.</strong> A)10 M B)-10 M C)1 ×   M D)1 ×   M E)1 ×   M <strong>The [     ] of a solution with pH = 2.0 is ________.</strong> A)10 M B)-10 M C)1 ×   M D)1 ×   M E)1 ×   M ] of a solution with pH = 2.0 is ________.

A)10 M
B)-10 M
C)1 × <strong>The [     ] of a solution with pH = 2.0 is ________.</strong> A)10 M B)-10 M C)1 ×   M D)1 ×   M E)1 ×   M M
D)1 × <strong>The [     ] of a solution with pH = 2.0 is ________.</strong> A)10 M B)-10 M C)1 ×   M D)1 ×   M E)1 ×   M M
E)1 × <strong>The [     ] of a solution with pH = 2.0 is ________.</strong> A)10 M B)-10 M C)1 ×   M D)1 ×   M E)1 ×   M M
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34
Which of the following is a neutralization reaction?

A)KCl (aq)+ <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) (aq)→ <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) (aq)+ NaCl(aq)
B) <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) (aq)+ KOH(aq)→ <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) O (l)+ <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) (aq)
C) <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) O(l)+ <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) (g)→ <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) (aq)
D)4Na(s)+ <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) (g)→ 2 <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) O(s)
E)2 <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) (g)→ 2NO(g)+ <strong>Which of the following is a neutralization reaction?</strong> A)KCl (aq)+   (aq)→   (aq)+ NaCl(aq) B)   (aq)+ KOH(aq)→   O (l)+   (aq) C)   O(l)+   (g)→     (aq) D)4Na(s)+   (g)→ 2   O(s) E)2   (g)→ 2NO(g)+   (g) (g)
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35
When an acid reacts with a metal like Al,the products are ________.

A)water and a base
B)water and a salt
C)water and carbon dioxide
D)a salt and carbon dioxide
E)a salt and hydrogen
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36
A 10.0 mL of 0.121 M H2SO4 is neutralized by 17.1 mL of KOH solution.The molarity of the KOH solution is ________.

A)0.207 M
B)0.414 M
C)0.0708 M
D)0.428 M
E)0.142 M
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37
The function of a buffer is to ________.

A)change color at the end point of a titration
B)maintain the pH of a solution
C)be a strong base
D)maintain a neutral pH
E)act as a strong acid
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38
An acid and base react to form a salt and water in a(n)________ reaction.

A)ionization
B)dissociation
C)oxidation
D)neutralization
E)reduction
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39
What is the [ <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M ] in a solution that has a [ <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M ] = 1 × <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M M?

A)1 × <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M M
B)1 × <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M M
C)1 × <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M M
D)1 × <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M M
E)1 × <strong>What is the [   ] in a solution that has a [     ] = 1 ×   M?</strong> A)1 ×   M B)1 ×   M C)1 ×   M D)1 ×   M E)1 ×   M M
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40
In a neutralization reaction ________.

A)two acids react to form water
B)water and a salt react to form an acid and a base
C)an acid and a salt react to form water and a base
D)a base and a salt react to form water and an acid
E)an acid and a base react to form a salt and water
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41
The conjugate base of The conjugate base of   O is     . O is The conjugate base of   O is     . The conjugate base of   O is     . .
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42
HBr is a strong acid.
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43
The conjugate base of HF is F-.
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44
What is the name of the medical condition of an asthmatic patient with a blood pH of 7.30?

A)respiratory acidosis
B)respiratory alkalosis
C)metabolic acidosis
D)metabolic alkalosis
E)diabetes mellitus
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45
When a system is at equilibrium,all the concentrations are 1 M.
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46
If a solution has If a solution has   = 1.0 ×   M,the   is also 1.0 ×   M. = 1.0 × If a solution has   = 1.0 ×   M,the   is also 1.0 ×   M. M,the If a solution has   = 1.0 ×   M,the   is also 1.0 ×   M. is also 1.0 × If a solution has   = 1.0 ×   M,the   is also 1.0 ×   M. M.
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47
The name of The name of   S   is hydrosulfuric acid. S The name of   S   is hydrosulfuric acid. is hydrosulfuric acid.
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48
The name of NaOH is sodium hydroxide.
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49
When more reactant is added to a system iat equilibrium,the reverse reaction is favored.
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50
Acids turn litmus blue.
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51
In any aqueous solution, In any aqueous solution,     = 1.0 ×   . In any aqueous solution,     = 1.0 ×   . = 1.0 × In any aqueous solution,     = 1.0 ×   . .
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52
When hyperventilation (rapid breathing)causes a patient to exhale large amounts of <strong>When hyperventilation (rapid breathing)causes a patient to exhale large amounts of   ,the blood pH rises in a condition called ________.</strong> A)metabolic acidosis B)metabolic alkalosis C)respiratory acidosis D)respiratory alkalosis E)pulmonary distress ,the blood pH rises in a condition called ________.

A)metabolic acidosis
B)metabolic alkalosis
C)respiratory acidosis
D)respiratory alkalosis
E)pulmonary distress
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53
A system is at equilibrium when the rate of the forward and reverse reactions are equal.
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54
HF is a strong acid.
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55
In any aqueous solution, In any aqueous solution,   =   . = In any aqueous solution,   =   . .
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56
Which of the following could be a buffer?

A)NaF(aq)
B)HF(aq)+ NaF(aq)
C)HF(aq)+ <strong>Which of the following could be a buffer?</strong> A)NaF(aq) B)HF(aq)+ NaF(aq) C)HF(aq)+   O(l) D)NaF(aq)+   O(l) E)NaCl(aq)+ HF(aq) O(l)
D)NaF(aq)+ <strong>Which of the following could be a buffer?</strong> A)NaF(aq) B)HF(aq)+ NaF(aq) C)HF(aq)+   O(l) D)NaF(aq)+   O(l) E)NaCl(aq)+ HF(aq) O(l)
E)NaCl(aq)+ HF(aq)
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57
HF is a strong acid.
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58
An aqueous solution with An aqueous solution with   = 1.0 ×   has a pH of 12.0. = 1.0 × An aqueous solution with   = 1.0 ×   has a pH of 12.0. has a pH of 12.0.
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59
KOH is a strong base.
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60
If lung problems like emphysema occur,the blood pH of the patient is expected to ________.

A)saturate
B)increase
C)decrease
D)stay the same
E)concentrate
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61
Strong acids react with Zn metal to produce H2 gas.
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62
A buffer is a solution that tends to maintain a neutral pH.
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63
An acidic solution has a pH less than 7.0.
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64
A solution with a pH greater than 7 is basic.
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65
If the carbon dioxide level in the blood is too high,more carbonic acid is produced,and this results in the condition termed acidosis.
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66
For many reactions of acids with bases,the resulting products are a salt and water.
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67
Alkalosis is the blood condition in which the blood pH is higher than normal.
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