If momentum `(p)`, area `(A)` and time`(t) `are taken to be fundamental quantities then energy has the dimensional formulaA. `[P^(1)A^(-1)T^(1)]`B. `[P^(2)-A^(1)T^(1)]`C. `[P^(1)A^(-1//2)T^(1)]`D. `[P^(1)A^(1//2)T^(-1)]`

If momentum `(p)`, area `(A)` and time`(t) `are taken to be fundamenta

1.	If momentum `(p)`, area `(A)` and time`(t) `are taken to be fundamental quantities then energy has the dimensional formulaA. `[P^(1)A^(-1)T^(1)]`B. `[P^(2)-A^(1)T^(1)]`C. `[P^(1)A^(-1//2)T^(1)]`D. `[P^(1)A^(1//2)T^(-1)]`
Answer» Correct Answer - D

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If momentum `(p)`, area `(A)` and time`(t) `are taken to be fundamental quantities then energy has the dimensional formulaA. `[P^(1)A^(-1)T^(1)]`B. `[P^(2)-A^(1)T^(1)]`C. `[P^(1)A^(-1//2)T^(1)]`D. `[P^(1)A^(1//2)T^(-1)]`

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