An ideal gas on heating from 100 K to 109 K shows an increase by `a %` in its volume at constant P. The value of a is _____________.

At constant volume 4 mol of an ideal gas when heated form 300k to 500k changes its internal energy by 500 J . The molar heat capacity at constant volume is ________.

At constant volume , 4 moles of an ideal gas when heated from 300 K to 500 K change its internal energy by 5000 J. The molar heat capacity at constant volume is ?

If an ideal gas at 100 K is heated to 109 K in a rigid container, the pressure increases by X%. What is the value of X?

For an ideal gas, the heat of reaction at constant pressure and constant volume are related as

One mole of a certain ideal gas obtains an amount of heat Q=1.60kJ when its temperature is increased by DeltaT=72K , keeping its pressure constant. The vlaue of (C_(P))/(C_(V)) for the gas is

By increasing temperature of gas by 5^(@)C its pressure increase by 0.5% from its initial value at constant volume then what is initial temperature of gas?

A rectangular block is heated from 0^(@)C to 100^(@)C . The percentage increase in its length is 0.2% . The percentage increase in its volume is

At constant temperature if the pressure of an ideal gas is increased by 10% then its volume must decrease by

At constant temperature if the pressure of an ideal gas is increased by 10% then its volume must decrease by

An ideal gas is heated by 160J at constant pressure, its temperature rises by 50^@ and if 240J of heat is supplied at constant volume, temperature rises by 100^@C , then its degree of freedom should be