Gas Variable Relationships

The relationship between the temperature of a gas and the pressure of a gas if the moles and volume are held constant is a(n)

• direct relationship

• inverse relationship

• There is no relationship

The relationship between the temperature of a gas and the volume of a gas if the moles and pressure are held constant is a(n)

• direct relationship

• inverse relationship

• There is no relationship

The relationship between the moles of a gas and the volume of a gas if the temperature and pressure are held constant is a(n)

• direct relationship

• inverse relationship

• There is no relationship

The relationship between the moles of a gas and the pressure of a gas if the temperature and volume are held constant is a(n)

• direct relationship

• inverse relationship

• There is no relationship

The relationship between the pressure of a gas and the volume of a gas if the temperature and moles are held constant is a(n)

• direct relationship

• inverse relationship

• There is no relationship

If we raise the temperature of a confined gas while holding its volume constant, the pressure of the gas will

• increase

• decrease

• stay the same

• change in a random or unpredictable way

If we increase the moles of a confined gas while holding its temperature constant, the volume of the gas will

• increase

• decrease

• stay the same

• change in a random or unpredictable way

If we decrease the volume of a confined gas while holding its temperature constant, the pressure of the gas will

• increase

• decrease

• stay the same

• change in a random or unpredictable way

If we decrease the moles of a confined gas while holding its temperature constant, the pressure of the gas will

• increase

• decrease

• stay the same

• change in a random or unpredictable way

If we decrease the temperature of a confined gas while holding its volume constant, the pressure of the gas will

• increase

• decrease

• stay the same

• change in a random or unpredictable way