Consider the following reaction in aqueous solution:
2A + 3B + C D + E
Which of the following is the correct law of mass action for this reaction?
A) Kc=[2A][3B][C][D]-1[E]-1
B) Kc=[A]2[B]3[C] \ [D][E]
C) Kc=[A]-2[B]-3[C]-1[D][E]
D) Kc=[D][E] / [A]-2[B]-3[C]
Correct Answer:
Verified
Q3: Under what circumstances will Kp = K
A)
Q4: Under what circumstances will Kc = K
A)
Q5: Which of the following is a true
Q6: It is determined that a certain reaction
Q7: Which of the following is temperature dependant
A)
Q9: Equal volumes of two immiscible liquids, A
Q10: The greater the value of the partition
Q11: A certain chemical reaction sets up
Q12: At 25°C, Kp=2.86×1024 for the reaction:
2SO2(g)
Q13: Exhibit 14-1
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