Review Game Zone
Games
Test
Preview
Back
Match it!
Match it! Select the correct answer from the pull down...Good luck!
When a sample of a gas is kept at constant pressure, the volume and temperature of the gas are
Dalton
go up
Kelvin
5.0 atm
the pressure of the gas in the closed container is higher than the atmospheric pressure
go up
most ordinary conditions of temperature and pressure
directly proportional
If three gases are contained in a single container, and their pressures are 1.2 atm, 2.4 atm, and 1.4 atm, then the pressure of the mixture is
Dalton
go up
Kelvin
5.0 atm
the pressure of the gas in the closed container is higher than the atmospheric pressure
go up
most ordinary conditions of temperature and pressure
directly proportional
The ideal gas law describes the behavior of real gases under
Dalton
go up
Kelvin
5.0 atm
the pressure of the gas in the closed container is higher than the atmospheric pressure
go up
most ordinary conditions of temperature and pressure
directly proportional
The law of partial pressures of gases was formulated by
Dalton
go up
Kelvin
5.0 atm
the pressure of the gas in the closed container is higher than the atmospheric pressure
go up
most ordinary conditions of temperature and pressure
directly proportional
What temperature scale must be used when working with the ideal gas equation?
Dalton
go up
Kelvin
5.0 atm
the pressure of the gas in the closed container is higher than the atmospheric pressure
go up
most ordinary conditions of temperature and pressure
directly proportional
When working with a manometer, if the column of mercury is higher on the open side,
Dalton
go up
Kelvin
5.0 atm
the pressure of the gas in the closed container is higher than the atmospheric pressure
go up
most ordinary conditions of temperature and pressure
directly proportional
In Charles' law, if the volume goes up, what will the temperature do?
Dalton
go up
Kelvin
5.0 atm
the pressure of the gas in the closed container is higher than the atmospheric pressure
go up
most ordinary conditions of temperature and pressure
directly proportional
In Boyle's law, if the pressure goes down, what will the volume do?
Dalton
go up
Kelvin
5.0 atm
the pressure of the gas in the closed container is higher than the atmospheric pressure
go up
most ordinary conditions of temperature and pressure
directly proportional
Check it!