KMT
The large amount of THIS between gas particles greatly accounts for their high compressibility.
30sec
Empty Space
THIS law is the part of the combined gas law that only describes the inverse relationship of pressure and volume.
15sec
Boyle's Law
THIS variable within the ideal gas law links pressure, volume, temperature and number of particles.
10sec
R or ideal gas constant.
23.5oC in Kelvin
SIG FIGS
30sec
297K
A bottle is made up of 50.% Argon and 50.% Carbon Dioxide. If the pressure of the bottle is 1.4atm, the volume of the bottle is 1.4L and the temperature is 298K, how many moles of argon are in the bottle?
2min
4.0x10-2mol
The innumerable elastic collisions of gas particles against the walls of a container account for THIS.
30sec
Pressure
THIS happens to my pressure when my Temperature doubles.
30sec
The pressure doubles.
A 12L container of gas holds 1.5atm of gas at 310K. Find the moles of gas in the container.
1min
0.71mol of Gas
253kPa in atm
SIG FIGS
30sec
2.50atm
CO2 gas is stored in a 22.6L container at 155.6kPa. O2 is stored in a separate 32.6L container at 105.3kPa. If all of the CO2 gas is transferred into the oxygen's container, what is that container's pressure? (Assume temperature remained constant.)
2min
213kPa
Gases will expand to fill the entire _____ of their container.
30sec
Volume
THIS is the pressure of a gas that that moved from a 33.4L container with a pressure of 231kPa to a new container with a volume of 12.7L.
1min
608kPa
A container of gas holds 0.45mol of gas at 155kPa and 310K. Find the volume of the container.
1min
7.5L
126Pa to atm
SIG FIGS
1min
1.24x10-3atm
Container A holds 2.4L of gas A at 1.33atm. Container B holds 2.4L of gas B at 1.26atm. Both gases are transferred into tank C, which is 2.0L. What is the pressure in tank C if the temperature remains constant?
2min
3.1atm
Because of kinetic energy, if Argon, Oxygen, Chlorine and Nitrogen gas are at the same temperature, THIS gas will be moving faster.
30sec
Nitrogen
A 4.55L container of gas has a pressure of 4.85atm and a temperature of 298K. What is the new pressure if the gas is moved into a new container with a volume of 13.5L and a temperature of 315K?
1min
1.73atm
A container of gas holds an unknown amount of Cl2 at 285kPa and 298K. If the container is 18.3L, find the mass of the chlorine in the container.
2min
149g Cl2
101 psi to kPa
SIG FIGS
1min
696kPa
A container holds 27.5% CO2 33.9% N2 and 38.6% He. The container is at 12.5atm and is 26.8L in volume. If the temperature of the container is 32.6oC, what is the mass of Nitrogen in the container?
3min
127g N2
This real gas most closely follows the model of an ideal gas.
1 minute
He
A gas is moved from a 65.0L container to a 215L container, while the temperature changes from 33.3oC to -25.4oC. If the gas is now at 482kPa, what was the original pressure? answer in kPa
1.5min
1,970kPa
85.6g of argon gas is in a 55.3L container at 144kPa. If all the argon is moved to a new container with half the volume, what is the temperature (oC) in the new container if the pressure was to remain constant?
4min
-49.7oC
15.5mmHg to Torr
1min
15.5 Torr
Gas A is being held in a 2.60L tank at 255kPa. Gas B is being held in a 4.86L tank at 184kPa. Gas C is being held in a 1.80L tank at 344kPa. 20.0% of gas A, 50.0% of gas B, and 100.0% of gas C are transferred into tank X which then reads a pressure of 215kPa. Assuming temperature remains constant at 300.K, find the volume of tank X.
5min
5.58L