For the given real gas reaction, `2A(g)+B(g)rarrD(g)` carried out in a `10` liter rigid vesses, the initial pressure is `50` bar which decreases to `20` bar, during the course of reaction. If heat liberated in the reaction is `400` kJ then what is the change in magnitude of internal energy of the reaction (in kJ) ?

For the given real gas reaction, `2A(g)+B(g)rarrD(g)` carried out in a

1.	For the given real gas reaction, `2A(g)+B(g)rarrD(g)` carried out in a `10` liter rigid vesses, the initial pressure is `50` bar which decreases to `20` bar, during the course of reaction. If heat liberated in the reaction is `400` kJ then what is the change in magnitude of internal energy of the reaction (in kJ) ?
Answer» Correct Answer - 400

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