An open vessel containing air is heated from 300K to 400K .The fraction of air originally present which goes out of it is:

An open flask containing air is heated from 300K to 500K . What percentage of air will be escaped to the atmosphere, if the pressure is kept constant ?

An open flask containing air is heated from 300K to 500K . What percentage of air will be escaped to the atmosphere, if the pressure is kept constant ?

An open flask containing air is heated from 300K to 500K . What percentage of air will be escaped to the atmosphere, if the pressure is kept constant ?

In a closed vessel, a gas is heated from 300 K to 600 K the kinetic energy becomes/remain

A gas in an open container is heated from 27^(@)C to 127^(@)C The fraction of the original amount of gas remaining in the container will be .

A gas in an open container is heated from 27^(@)C to 127^(@)C The fraction of the original amount of gas remaining in the container will be .

A sealed container with gas at 2.00 atm is heated from 20.0 K to 40.0 K. The new pressure is:

A flask of capacity 10 litre containing air is heated from 27^(@)C " to " 327^(@)C . The ratio of mole of air present at 27^(@)C to mole present at 327^(@)C is ____________.

An open vessel at 27^oC is heated to 127^oC . The fraction of mass of air that will escape from vessel is (Neglect expansion of vessel)

In a room containing air, heat can go from one place to another