If at `60^(@)` and 80 cm of mercury pressure a definite masss of a gas is compressed slowly, then the final pressure of the gas if the final volume is half of the initial volume `(gamma =(3)/(2))` is

If at 50^@C and 75 cm of mercury pressure , a definite mass of a gas is compressed slowly, then what will be the final pressure and temperature of the gas if the final volume is one-fourth of the initial volume?

If , at 50^@C and 75 cm of mercury prssure , a definite mass of a gas is compressed slowly, then what will be the final pressure and temperature of the gas in each case if the final volume is one - fourth of the initial volume ? (y = 1.5)

If at 50^(@)C and 75 cm of mercury pressure, a definite mass of gas is compressed (i) slowly (ii) suddenly, than what will be the final pressure and temp. of the gas in each case, if the final volume is one fourth of the initial volume? gamma= 1.5 .

If , at 50^@C and 75 cm of mercury prssure , a definite mass of a gas is compressed suddenly, then what will be the final pressure and temperature of the gas in each case if the final volume is one - fourth of the initial volume ? (y = 1.5)

The pressure of a gas is doubled keeping its temperature constant. Find the ratio of the final volume of the gas to its initial volume.

A gas for which gamma = 1.5 is suddenly compressed to 1/4 th of the initial volume. Then the ratio of the final to the initial pressure is

The initial volume of a gas is 1 L and the pressure is 16 atm. Due to adiabatic expansion, the final pressure of the gas becomes 2 atm. Find out the final volume of the gas [gamma = 3/2] .