A liter of air is heated from `27^(0)C` to `177^(0)C` at constant pressure. Final volume is

A flask was heated from 27^(@)C to 227^(@)C at constant pressure. Calculate the volume of the flask if 0.1 dm^(3) of air measured at 27^(@)C was expelled from the flask.

When gases are heated from 20^(@) to 40^(@) C at constant pressure their volumes

300 ml of a gas at 27^(@)C is cooled to -3^(@)C at constant pressure, the final volume is

When a gas is heated from 25^(@)C " to " 50^(@)C at constant pressure of 1 bar, its volume :

1000 gm water is heated from 27^(@)C to 47^(@)C at a constant pressure of 1 bar. The coefficient of volume expansion of water is 0.002//^(@)C and the molar volume of water at 0^(@)C is 18.00 cm^(3)//mol. The magnitude of work done (in J) by water is :

The volume of a gas at 0^(0)C is 546cc . At constant pressure it is heated from 30^(0)C to 50^(0)C the change in volume is

A gas is heated from 0^(@)C to 100^(@)C at 1.0 atm pressure. If the initial volume of the gas is 10.0L, its final volume would be:

1000 gm water is heated from 27^(@) C to 47^(@) C at a constant pressure of 1 bar . The coefficient of volume expansion of water is 0.002//^(@) C and the molar volume of water at 0^(@) is 18.00cm^(3)//"mol" . The magnitude of work done (in J) by water is

What is the increase in volume when the temperature of 800 mL of air increases from 27^(@)C to 47^(@)C under constant pressure of 1 bar?