In L-R circuit, for the case of increasing current, the magnitude of current can be calculated by using the formula

Question

In L-R circuit, for the case of increasing current, the magnitude of current can be calculated by using the formula (A) I=I0 e-R t / L (B) I = I 0(1- e - Rt / L ) (C) I = I 0(1- e Rt / L ) (D) I=I0 eR t / L

Tardigrade Admin · Accepted Answer

In L - R circuit when current increases we have I=I0(1-e-R t / L)

Q. In $L - R$ circuit, for the case of increasing current, the magnitude of current can be calculated by using the formula

$I = I_{0} e^{- Rt / L}$

$I = I_{0} (1 - e^{- Rt / L})$

$I = I_{0} (1 - e^{Rt / L})$

$I = I_{0} e^{Rt / L}$

In $L - R$ circuit when current increases we have $I = I_{0} (1 - e^{- Rt / L})$

Q. In L−R circuit, for the case of increasing current, the magnitude of current can be calculated by using the formula

I=I0​e−Rt/L

I=I0​(1−e−Rt/L)

I=I0​(1−eRt/L)

I=I0​eRt/L