In a rigid, sealed container, there is 1 mole of an ideal gas. The container is initially at . If the gas is heated to , what is the new pressure in the container?

An ideal gas is kept in a container at and . How many moles of the gas are in the container?

An airship has a volume of . How many kilograms of hydrogen would fit in it at and ?

In a room where the temperature is , a football has been inflated to a gauge pressure of . The football is then taken to the field, where the temperature is . What will the football's gauge pressure be when its temperature becomes equal to the temperature of the air on the field? Assume the air follows the ideal gas law and that the atmospheric pressure that day was .

By what factor does the volume of an ideal gas change if its temperature increases by 50% and pressure quadruples?

of gas are heated from to and the pressure increases from to . Determine the volume in the final state.

A mixture of gas has a volume of , a pressure of , and is at a temperature of . If the gas mixture is 80% nitrogen and 20% oxygen, how many moles of nitrogen are there?

How many oxygen molecules are there in a tank at and ?

A balloon filled is filled with pure nitrogen gas. The balloon is determined to have a volume of on a day when the temperature is , and the air pressure is .

How many nitrogen molecules are present?

What is the volume of of gaseous water at and ?