A substance is taken through the process abc as shown in, if the internal energy of the substance increase by 5000 J and a heat of 2625 cal is given to the system, calculate the value of J.

A substance is taken through the process abc as shown in fig, if the internal energy of the substance increase by 5000 J and a heat of 2625 cal is given to the system, calculate the value of J.

A substance is taken through the process abc as shown in fig, if the internal energy of the substance increase by 5000 J and a heat of 2625 cal is given to the system, calculate the value of J.

An ideal gas is taken through the process ABC as shown in figure. If the internal energy of the substance decreases by 10000J and a heat of 7159 cal is released by the system, calculate the value of meachanical equivalent of heat (J) .

An ideal gas is taken through the process ABC as shown in figure. If the internal energy of the substance decreases by 10000J and a heat of 7159 cal is released by the system, calculate the value of meachanical equivalent of heat (J) .

When work done by a system was 10J, the increase in the internal energy of the system was 30J. The heat 'q' supplied to the system was:

A gas is taken through a cyclic process ABCA as shown in, if 2.4 cal of heat is given in the process, what is the value of J ?

A gas is taken through a cyclic process ABCA as shown in, if 2.4 cal of heat is given in the process, what is the value of J ?

A gas is taken through a cyclic process ABCA as shown in, if 2.4 cal of heat is given in the process, what is the value of J ?

when a system is taken through the process abc shown in the fig. 80 J of heat is absorbed by the system and 30 J of work is done by it. If the system does 10 J work during the process adc, how much heat flows into it during the process ?

when a system is taken through the process abc shown in the fig. 80 J of heat is absorbed by the system and 30 J of work is done by it. If the system does 10 J work during the process adc, how much heat flows into it during the process ?