olume of monoatomic gas is decreased by the 10% on increasing a pressure for 1.01 * 10 ^ 1.12 into 10th Pascal at the constant temperature the compression is carry doubt adiabaticle the value of the percentage in the volume will

For 20% decrease in volume of given amount of an Ideal gas at constant temperature, itspressure should be increased by

When one mole of monoatomic ideal gas at T K undergoes adiabatic change under a constant external pressure of 1 atm and changes volume from 1 litre to 2 litre, the final temperature (in Kelvin) would beA.B.C.TD.

During the adiabatic compression phase of the Carnot cycle, the temperature of the gas:Select one:a.Increasesb.Decreasesc.Remains constantd.Drops to absolute zero

The pressure P1 and density d1 of diatomic gas  (γ  =  75) changes suddenly to P2(> P1) and d2 respectively during an adiabatic process. The temperature of the gas increases and becomes _______times of its initial temperature. (given  d2d1  =  32)

An air-filled piston-cylinder undergoes a polytropic compression. Initially, the air is at a pressure of 3 bar, temperature of 324 K and the gas occupies a volume of 69 cm3. After compression, the volume is reduced to 17 cm3 and the specific entropy of the air is reduced by  = -0.1152 kJ kg-1 K-1. Estimate the temperature after the compression, give your answer in Kelvin to the nearest whole number.