2.14.M.IA - More Gas Law Practice

Last updated about 3 years ago

7 questions

Question 4

I have 11.42L of gas at 2.01atm. The container the gas is stored in was dented and the volume changed to 11.36L. What is the pressure inside the container now?

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2.14.M.IA - More Gas Law Practice

Last updated about 3 years ago

7 questions

Question 1

State of matter made of charged particles?

Solid

Liquid

Gas

Plasma

Question 2

If I increase the pressure on a gas the

volume will increase

pressure will decrease

volume will decrease

temperature will decrease

Question 4

I have 11.42L of gas at 2.01atm. The container the gas is stored in was dented and the volume changed to 11.36L. What is the pressure inside the container now?

Question 5

I climb Mount Everest. The pressure is 253mmHg, temperature is 247.04K (-15F). If I release 1 mole of oxygen gas (O2), what would be the volume?
R = 62.4 mmHgL/moleK

Question 6

[OPTIONAL] I come all the way home to NJ and release another mole of oxygen gas. What is it's volume?
Pressure = 767.08mmHg
Temperature = 279.82K (44F)
R = 62.4mmHgL/moleK

You can solve this problem with either the ideal gas law or the combined gas law. Do you get the same answer with both laws?

Question 7

[OPTIONAL] Late at night in your home research lab, you invent a shrink/enlarge ray. It makes small things large and large things small. Things that are medium in size stay medium in size or explode. What do you do with the shrink/enlarge ray?

Question 1

State of matter made of charged particles?

Solid

Liquid

Gas

Plasma

Question 2

If I increase the pressure on a gas the

volume will increase

pressure will decrease

volume will decrease

temperature will decrease

Question 3

If I increase the temperature of a sealed container (the volume is constant), what will happen to the pressure?

increase

decrease

Question 5

I climb Mount Everest. The pressure is 253mmHg, temperature is 247.04K (-15F). If I release 1 mole of oxygen gas (O2), what would be the volume?
R = 62.4 mmHgL/moleK

Question 6

[OPTIONAL] I come all the way home to NJ and release another mole of oxygen gas. What is it's volume?
Pressure = 767.08mmHg
Temperature = 279.82K (44F)
R = 62.4mmHgL/moleK

You can solve this problem with either the ideal gas law or the combined gas law. Do you get the same answer with both laws?

Question 7

[OPTIONAL] Late at night in your home research lab, you invent a shrink/enlarge ray. It makes small things large and large things small. Things that are medium in size stay medium in size or explode. What do you do with the shrink/enlarge ray?

Question 3

If I increase the temperature of a sealed container (the volume is constant), what will happen to the pressure?

increase

decrease

2.14.M.IA - More Gas Law Practice

I have 11.42L of gas at 2.01atm. The container the gas is stored in was dented and the volume changed to 11.36L. What is the pressure inside the container now?

2.14.M.IA - More Gas Law Practice

State of matter made of charged particles?

If I increase the pressure on a gas the

I have 11.42L of gas at 2.01atm. The container the gas is stored in was dented and the volume changed to 11.36L. What is the pressure inside the container now?

I climb Mount Everest. The pressure is 253mmHg, temperature is 247.04K (-15F). If I release 1 mole of oxygen gas (O2), what would be the volume?R = 62.4 mmHgL/moleK

[OPTIONAL] I come all the way home to NJ and release another mole of oxygen gas. What is it's volume?Pressure = 767.08mmHgTemperature = 279.82K (44F)R = 62.4mmHgL/moleKYou can solve this problem with either the ideal gas law or the combined gas law. Do you get the same answer with both laws?

[OPTIONAL] Late at night in your home research lab, you invent a shrink/enlarge ray. It makes small things large and large things small. Things that are medium in size stay medium in size or explode. What do you do with the shrink/enlarge ray?

State of matter made of charged particles?

If I increase the pressure on a gas the

If I increase the temperature of a sealed container (the volume is constant), what will happen to the pressure?

I climb Mount Everest. The pressure is 253mmHg, temperature is 247.04K (-15F). If I release 1 mole of oxygen gas (O2), what would be the volume?R = 62.4 mmHgL/moleK

[OPTIONAL] I come all the way home to NJ and release another mole of oxygen gas. What is it's volume?Pressure = 767.08mmHgTemperature = 279.82K (44F)R = 62.4mmHgL/moleKYou can solve this problem with either the ideal gas law or the combined gas law. Do you get the same answer with both laws?

[OPTIONAL] Late at night in your home research lab, you invent a shrink/enlarge ray. It makes small things large and large things small. Things that are medium in size stay medium in size or explode. What do you do with the shrink/enlarge ray?

If I increase the temperature of a sealed container (the volume is constant), what will happen to the pressure?

I climb Mount Everest. The pressure is 253mmHg, temperature is 247.04K (-15F). If I release 1 mole of oxygen gas (O2), what would be the volume?
R = 62.4 mmHgL/moleK

[OPTIONAL] I come all the way home to NJ and release another mole of oxygen gas. What is it's volume?
Pressure = 767.08mmHg
Temperature = 279.82K (44F)
R = 62.4mmHgL/moleK

You can solve this problem with either the ideal gas law or the combined gas law. Do you get the same answer with both laws?

I climb Mount Everest. The pressure is 253mmHg, temperature is 247.04K (-15F). If I release 1 mole of oxygen gas (O2), what would be the volume?
R = 62.4 mmHgL/moleK

[OPTIONAL] I come all the way home to NJ and release another mole of oxygen gas. What is it's volume?
Pressure = 767.08mmHg
Temperature = 279.82K (44F)
R = 62.4mmHgL/moleK

You can solve this problem with either the ideal gas law or the combined gas law. Do you get the same answer with both laws?