For a gas , the pressure is increased from 1.01 x 10^5 pa to 1.65 x 10^5 pa and volume is decreased by 10% keeping the temperature constant . What is the bulk modulus of the gas ?

Can the temperature of a gas be increased keeping it's pressure and volume constant?

When 80 litres of a gas at 27^@C and 10 atmospheres is reduced to 50 litres by increasing the pressure, the temperature increases to 37^@C . What is the final pressure on the gas assuming it to be ideal ?

A gas is heated from 0^@ C to 100^@ C at 1.0 atm pressure. If the initial volume of the gas is 10 litre, its final volume would be :

The rms speed of gas, molectfles at a temperature 27K and pressure 1.5 bar is 1 xx 10 cm/sec: If both temperature and pressure are raised three times, the rms speed of the gas will be:

A ballon partially filled with hydrogen at normal pressure and temperature is released from the ground . At 20 kilometer up in the atmosphere the temperature is - 40^@C and the pressure is 10 cm of mercury . Calculate the percentage increase in volume of the gas in the balloon.

The mean free path of the molecules of a gas in a chamber at 30^@ is 2.6 xx10^(-5) m assuming that the collision diameter is 0.26 xx10^(-9) m calculate the pressure of gas and the no per unit volume of gas