`A` quantity` X` is given by `epsilon_(p) L(delta V)/(delta t)` , where `epsilon_(p)` is the permitivity of free space ,L is a length , `delta V` is a potential diffrence and ` deltat ` is a time interval . The dimensional formula for `X` is the seme as that ofA. resistanceB. chargeC. voltageD. current

`A` quantity` X` is given by `epsilon_(p) L(delta V)/(delta t)` , wher

1.	`A` quantity` X` is given by `epsilon_(p) L(delta V)/(delta t)` , where `epsilon_(p)` is the permitivity of free space ,L is a length , `delta V` is a potential diffrence and ` deltat ` is a time interval . The dimensional formula for `X` is the seme as that ofA. resistanceB. chargeC. voltageD. current
Answer» Correct Answer - D `C = (Delta q)/(Delta V) = (epsilon_(0)A)/(d)` or ` epsilon_(0) = (A)/(L) = (Delta q)/(DeltaV) ` or ` epsilon_(0) = ((Delta q) L)/(A(Delta V))` ` X = epsilon_(0) L (Delta V)/(Delta t)` ` = ((Delta q)L)/(A(DeltaV)) L (Delta V)/(Delta t) ` but ` [A] = [L^(2)]` :.` X = (Delta q)/(Delta t) = current`

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