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You Have a Partially Filled Party Balloon with 2

Question 37

Multiple Choice

You have a partially filled party balloon with 2.00 g of helium gas. You then add 3.00 g of hydrogen gas to the balloon. Assuming constant temperature and pressure, how many times bigger is the party balloon - comparing before and after the hydrogen gas has been added. Choose the best formula to use to solve this problem. (V = volume of the gas, n = moles of the gas, m = mass of the gas, P = pressure of the gas.)


A) You have a partially filled party balloon with 2.00 g of helium gas. You then add 3.00 g of hydrogen gas to the balloon. Assuming constant temperature and pressure, how many times bigger is the party balloon - comparing before and after the hydrogen gas has been added. Choose the best formula to use to solve this problem. (V = volume of the gas, n = moles of the gas, m = mass of the gas, P = pressure of the gas.) A) B) C) D) E)
B) You have a partially filled party balloon with 2.00 g of helium gas. You then add 3.00 g of hydrogen gas to the balloon. Assuming constant temperature and pressure, how many times bigger is the party balloon - comparing before and after the hydrogen gas has been added. Choose the best formula to use to solve this problem. (V = volume of the gas, n = moles of the gas, m = mass of the gas, P = pressure of the gas.) A) B) C) D) E)
C) You have a partially filled party balloon with 2.00 g of helium gas. You then add 3.00 g of hydrogen gas to the balloon. Assuming constant temperature and pressure, how many times bigger is the party balloon - comparing before and after the hydrogen gas has been added. Choose the best formula to use to solve this problem. (V = volume of the gas, n = moles of the gas, m = mass of the gas, P = pressure of the gas.) A) B) C) D) E)
D) You have a partially filled party balloon with 2.00 g of helium gas. You then add 3.00 g of hydrogen gas to the balloon. Assuming constant temperature and pressure, how many times bigger is the party balloon - comparing before and after the hydrogen gas has been added. Choose the best formula to use to solve this problem. (V = volume of the gas, n = moles of the gas, m = mass of the gas, P = pressure of the gas.) A) B) C) D) E)
E) You have a partially filled party balloon with 2.00 g of helium gas. You then add 3.00 g of hydrogen gas to the balloon. Assuming constant temperature and pressure, how many times bigger is the party balloon - comparing before and after the hydrogen gas has been added. Choose the best formula to use to solve this problem. (V = volume of the gas, n = moles of the gas, m = mass of the gas, P = pressure of the gas.) A) B) C) D) E)

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