A gas is initially at a pressure of 100 kPa and its volume is `2.0m^3`. Its pressure is kept constant and the volume is changes from `2.0m^3` to `2.5m^3`. Its volume is now kept constant and the pressure is increased from 100 kPa to 200 kPa. The gas is brought back to its initial state, the pressure verying linearly with its volume. Whether the heat is supplied to or extracted from the gas in the complete cycle?

A gas is initially at a pressure of 100 kPa and its volume is 2.0 m^(3) . Its pressure is kept constant and the volume is changed from 2.0 m^(3) to 2.5^(3) . Its volume is now kept constant and the pressure is increased from 100 kPa to 200 kPa. The gas is brought back to its initial state, the pressure varying linearly with its volume. (a) whether the heat is supplied to or exterted from the gas in the complete cycle ? (b) how much heat was supplied or extracted ?

A gas is initially at a pressure of 100 kPa and its volume is 2.0 m^(3) . Its pressure is kept constant and the volume is changed from 2.0 m^(3) to 2.5^(3) . Its volume is now kept constant and the pressure is increased from 100 kPa to 200 kPa. The gas is brought back to its initial state, the pressure varying linearly with its volume. (a) whether the heat is supplied to or exterted from the gas in the complete cycle ? (b) how much heat was supplied or extracted ?

A gas is initially at a pressure of 100 kPa and its volume is 2.0 m^(3) . Its pressure is kept constant and the volume is changed from 2.0 m^(3) to 2.5 m^(3) . Its volume is now kept constant and the pressure is increased from 100 kPa to 200 kPa . The gas is brought back to its initial state, the pressure varying linearly with its volume. (a) Whether the heat is supplied to or exerted from the gas in the complete cycle ? (b) How much heat was supplied or extracted ?

A gas is initinaly at a pressure of 100 kPa and its volume is 2.0 m^(3) . Its pressure is kept constant and the volume is changed from 2.0 m^(3) to 2.5^(3) . Its volume is now kept constant and the pressure is increased from 100 lPa to 200 kPa. The gas is brought back to its initial state, the pressure varying linearly with its volume. (a) whether the heat is supplied to or exterted from the gas in the complete cycle ? (b) how much heat was supplied or extracted ?

In a cyclic process initially a gas is at 10^5 Pa pressure and its volume is 2 m^3 . First it undergoes an isobaric expansion to increase its volume to 2.5 m^3 . The in an isochoric process its pressure is doubled. Now the gas is brought back to its initial state by changing the pressure of gas linearly with its volume. Find the total amount of heat supplied to the gas in the process.

At constant temperature, the pressure of 22.4 dm^3 volume of an ideal gas is increased from 105 kPa to 210 kPa, new volume of the gas is_____

The pressure of a gas at -73^@C is 60 cmHg.What will be its pressure at 27^@C when the volume is kept constant?

At a constant temperature a gas is initially at 2 atm pressure. To compress it to 1/8th of its initial volume, pressure to be applied is

At a constant temperature a gas is initially at 2 atm pressure. To compress it to 1/8th of its initial volume, pressure to be applied is