calculate the change in internal energy of a gas kept in a rigid container when 100 J of heat is supplied to it.

(a) An ideal gas contained in a cylinder is given 200 J of heat. The gas does 60 J of work in the expansion resulting from heating. Calculate the increase in internal energy in the process. (b) Calculate the change in internal energy of a gas kept in a rigid container when 150 J of heat is supplied to it.

The change in internal energy of a gas kept in a closed container when 50 cal heat is supplied to it is

The change in internal energy of a gas kept in a closed container when 50 cal heat is supplied to it is

The change in internal energy of a gas kept in a rigid cylinder on supplying 120 J of heat is

Calculate the change in internal energy of a system which absorbs 100 J of heat and does 215 J of work.

What is the change in internal energy of a system, if 10 J of heat is supplied to it and 15 J of work is done by it?

An ideal gas of one mole is kept in a rigid container of negligible heat capacity. If 25J of heat is supplied the gas temperature raises by 2^(@)C . Then the gas may be

An ideal gas of one mole is kept in a rigid container of negligible heat capacity. If 25J of heat is supplied the gas temperature raises by 2^(@)C . Then the gas may be

Calculate the external workdone by the system in Kcal, when 40 Kcal of heat is supplied to the system and internal energy rises by 8400J.

In the given figure, an ideal gas changes its state from state state C by two paths ABC and AC. The internal energy of gas at A is 10 J and the amount of heat supplied to change its state to C through path AC is 200 J.Calculate the internal energy of gas at C