Practice problems :
A 1 L bottle half-filled with a hydrogen gas is heated at constant pressure such that , its temperature changes by 20 ⁰C . What will be the volume of the hudrogen gas in the bottle after heating ?

When a gas is heated at constant pressure, its volume changes and hence

If a gas is heated at constant pressure, its isothermal compressibility

Solve the following problems : Half litre of bottle completely filled with chloroform is kept in a room . When the bottle is heated till its temperature increases by 40 ⁰C ., how much volume of chloroform will overflow from the bottle ? [ Assume the bottles does not expand on heating , β_chloroform = 1.3 x 10^-3 (1/ ⁰C) ] .

One mole of a gas at pressure 2 Pa and temperature 27 °C is heated till both pressure and volume are tripled. What is the temperature of the gas?

The specific heat at constant pressure is greater than that for the same gas at constant volume because

If the pressure of a gas at constant volume changes from 2 atm to 1 atm. The temperature changes from 0^@C

1 litre of an ideal gas at 27 °C is heated at a constant pressure to 297 °C. The final volume is approximately

When an ideal gas (Y = 5/3) is heated under constant pressure , then what percentage of given heat energy will be utilised in doing external work

A given amount of gas is heated till the volume and pressure are each increased by 1% . Then the temperature increases by

At a constant pressure, what should be the percentage increase in the temperature in Kelvin for a 10% increase in volume of a given mass of a gas ?