It is known that for a given mass of gas, the volume `v` varies inversely as the pressure `p` . Fill in the missing entries in the following table: `v\ (in\ c m^3)` ... 48 60 ... 100 ... 200 `p\ (in\ a t mos p h e r e s)` 2 ... 3/2 1 ... ...

Volume (v) of a gas of given mass,varies inversely as the pressure (p),then fill up the blanks

A plot of P vs T for a given mass of gas at constant volume is a straight line . P vs T at constant volumes V_(1) and V_(2) for an ideal gas are shown below : Which of the following is correct ?

A plot of P vs T for a given mass of gas at constant volume is a straight line . P vs T at constant volumes V_(1) and V_(2) for an ideal gas are shown below : Which of the following is correct ?

If a gas of a volume V_(1) at pressure p_(1) is compressed adiabatically to volume V_(2) and pressure p_(2) , calculate the work done by the gas.

If a gas of a volume V_(1) at pressure p_(1) is compressed adiabatically to volume V_(2) and pressure p_(2) , calculate the work done by the gas.

The volume (V) of a mass of gas varies directly as its absolute temperature (T) and inversely as the pressure (P) applied to it. The gas occupies a volume of 300 ml, when the temperature is 210 K and pressure is 150 Pa. What is the temperature of gas whose volume and pressure are 200 ml and 250 Pa respectively?

From kinetic theory of gases prove that the pressure of a gas p= 2E//3V , where V=1 molar volume E=kinetic energy.

An ideal gas with pressure P , volume V and temperature T is expanded isothermally to a volume 2V and a final pressure P_i . If the same gas is expanded adiabatically to a volume 2V , the final pressure is P_a . The ratio of the specific heats of the gas is 1.67 . The ratio of P_a / P_i is ........