The internal energy when a system goes from state A to B is 40 kJ. If the system goes from A to B by a reversible path and returns to state A by an irreversible path. What would be the net change in internal energy?

40 kJ

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> 40 kJ

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< 40 kJ

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zero

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Solution

The correct option is D zero
In a cyclic process $△ U = 0$ since internal energy is state function.

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The internal energy change when a ssyste goes from state A TO B is 40kJ/mol.If the system goes from A to by a reversible path and returns to state A by an irreversible path what would be the change in internal energy

Q. The internal energy when a system goes from state A to B is 40 kJ. If the system goes from A to B by a reversible path and returns to state A by an irreversible path. What would be the net change in internal energy?

The internal energy change when a system goes from state $A$ to $B$ is $40 k J m o l e^{- 1}$ . If the system goes from $A$ to $B$ by a reversible path and returns to state $A$ by an irreversible path, what would be the net change in internal energy?