The change in internal energy of a system depends upon
- Ainitial and final states of a system
- Bpath followed by system
- Ctotal energy of final state only
- Dnumber of steps involved in system
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Similar Questions
In thermodynamics,which one of the following is not an intensive property?
Easy
View SolutionWhich of the following are extensive properties?
$(A)$ Heat capacity
$(B)$ Entropy
$(C)$ Gibbs' energy
$(D)$ Concentration
$(E)$ Vapour pressure
$(A)$ Heat capacity
$(B)$ Entropy
$(C)$ Gibbs' energy
$(D)$ Concentration
$(E)$ Vapour pressure
The correct statement amongst the following is $:$
Expansion of a gas in vacuum is called free expansion. Calculate the work done and the change in internal energy when $1 \ L$ of ideal gas expands isothermally into vacuum until its total volume is $5 \ L$?
Medium
View SolutionEnthalpy $(H)$ is equal to
Medium
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