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{:(,"Column-I",,"Column-II"),((A),"In" P...

`{:(,"Column-I",,"Column-II"),((A),"In" P=2/3E", E is ",(p),"Change in internal energy is only in isochoric process"),((B),"In U=3RT for an monoatomic gas U is",(q),"Translational kinetic energy of unit volume"),((C),"In" W=P(V_(f)-V_(i))"W is ",(r),"Internal energy on one mole"),((D), "In" DeltaU=nC_(v)DeltaT","DeltaU " is",(s),"Work done in isobaric process"),(,,(t),"None"):}`

Text Solution

Verified by Experts

For (A)
as `PV = (1)/(3)mNv_(rms)^(2) = (2)/(3)E` so in `P = (2)/(3) E, E` is transtational kinetic energy of unit volume.
For (B):
In `U = 3RT, U ` is not internal energy of one mole as for monoatomic gas `U = 3//2 nRT`
For (C): In `W = P(V_(f)-V_(t))`, w is work done in isobaric process. For (D): In `DeltaU = nC_(v)DeltaT`
`DeltaU` is change in internal energy for every process.
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