A) \[[VP{{T}^{-1}}{{n}^{-1}}]\]
B) \[[V{{P}^{-1}}T{{n}^{-1}}]\]
C) \[[VPT{{n}^{-1}}]\]
D) \[[VP{{T}^{-1}}n]\]
Correct Answer: A
Solution :
Dimension of universal gas constant (R) is \[[VP{{T}^{-1}}{{n}^{-1}}]\] \[\because \] \[pV=nRT\] \[\therefore \] \[R=\frac{pV}{nT}=pV_{n}^{-1}{{T}^{-1}}\]
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