Review Game Zone
Games
Test
Preview
Back
Match it!
Match it! Select the correct answer from the pull down...Good luck!
The two variables involved in finding kinetic energy of a particle are:
greater
Thomas Graham
mass and velocity
Both #1 and #3
no
equals
The process by which gas molecules pass through a very small orifice from high to low pressure.
straight
Gas particles have _______________________ attractions for each other.
greater
Thomas Graham
mass and velocity
Both #1 and #3
no
equals
The process by which gas molecules pass through a very small orifice from high to low pressure.
straight
What is effusion?
greater
Thomas Graham
mass and velocity
Both #1 and #3
no
equals
The process by which gas molecules pass through a very small orifice from high to low pressure.
straight
Gas particles move in ____________________ lines in all directions.
greater
Thomas Graham
mass and velocity
Both #1 and #3
no
equals
The process by which gas molecules pass through a very small orifice from high to low pressure.
straight
Who created the law of effusion?
greater
Thomas Graham
mass and velocity
Both #1 and #3
no
equals
The process by which gas molecules pass through a very small orifice from high to low pressure.
straight
Gases consist of ________________ particles.
greater
Thomas Graham
mass and velocity
Both #1 and #3
no
equals
The process by which gas molecules pass through a very small orifice from high to low pressure.
straight
Average kinetic energy ________________ temperature.
greater
Thomas Graham
mass and velocity
Both #1 and #3
no
equals
The process by which gas molecules pass through a very small orifice from high to low pressure.
straight
Lighter molecules have a/n _______________ velocity than/to the heavier ones.
greater
Thomas Graham
mass and velocity
Both #1 and #3
no
equals
The process by which gas molecules pass through a very small orifice from high to low pressure.
straight
Check it!
Match it!
Match it!