Gas Laws

Spread out to fill all available space

Can be compressed

Take the shape of their container

All of these

Fales

True

Fales

True

in a circular motion

in straight line paths

in an orderly fashion

constantly and randomly

First container

second container

temperature, equally

temperature, inversely

mass, equally

mass, inversely

Inverse

Direct

Mazias

Boyle

Charles

Aglow

As Volume goes up temperature goes up 

As Pressure goes down volume goes down 

As Pressure goes up volume goes down

As Pressure goes up temperature goes up

Only if it's REALLY cold

No

Only if it has a leak

Yes

an atom's kinetic energy decreases

an atom's kinetic energy increases

an atom's kinetic energy stays the same

faster

slower

the balloon's volume to increase

the balloon's volume to decrease

the balloon's moles to increase

the balloon's moles to decrease

The pressure will increase

The pressure will decrease

The pressure will remain constant

The pressure will equalize

Increase the Temperature

Pump in more gas

Decrease the volume

All of these

As Pressure goes up volume goes down

As Pressure goes up temperature goes up

As Volume goes up temperature goes up 

As Pressure goes down volume goes down 

defined as the mass that an object exerts when at rest.

not a measurable in gases.

defined as the number of moles of substance divided by the mass of the substance.

created by the force of the gas particles impacting the walls of the container.

Decreases

Increases

Does not change

Volume will increase

Volume will decrease

Volume will not change

left

right

they both have the same pressure