If liquefied oxygen at 1 atmospheric pressure is heated from 50K to 300k by supplying heat at constant rate. The graph of temperature vs time will be

In the above problem if heat is supplied at a constant rate of q= 10 cal//min , then plot temperature versus time graph.

In the above problem if heat is supplied at a constant rate of q= 10 cal//min , then plot temperature versus time graph.

1 mole of an ideal gas at constant atmospheric pressure is heated to increase its volume by 50% of initial volume. The change in temperature made was 300 K to T K. Then calculate final temperature.

The rate of a certain reaction increases by 2.3 times when the temperature is raised form 300K to 310 K . If k is the rate constant at 300K, then the rate constant at 310 K will be equal to

The rate of a certain reaction increases by 2.3 times when the temperature is raised form 300K to 310 K . If k is the rate constant at 300K, then the rate constant at 310 K will be equal to

The rate of a reaction increases to 2.3 times when the temperature is raised form 300K to 310 K . If Q is the rate constant at 300K, then the rate constant at 310 K will be equal to

A flask containing air (open to the atmosphere) is heated from 300 K to 500 K. The preccentage of air escaped to the atmosphere is

Two moles of a certain ideal gas at 300K is cooled at constant volume so that the pressure is reduced to half the original value. Now the gas is heated at constant pressure so that its temperature becomes equal to the initial temperature. Find the total amount of heat absorbed by the gas in the process.

A flask containing air ( open to atmosphere ) is heated from 300K to 500K . The fraction of air escaped to the atmosphere is about.