di/dt = -0.040 A/s. (a) Find the magnitude of the self induced emf. (b) which end of the inductor
Sahay Sir > Question Answers > di/dt = -0.040 A/s. (a) Find the magnitude of the self induced emf. (b) which end of the inductor
The circuit shown in fig is in steady state. bat certain instant the switch is closed ,immediately after the switch S is closed. Find (i) potential difference across the inductor coil (ii) the rate of change of current through the inductor coil (iii) potential difference across the resistance
08
Sep
The circuit shown in fig is in steady state. bat certain instant the switch is closed ,immediately after the switch S is closed. Find (i) potential difference across the inductor coil (ii) the rate of change of current through the inductor coil (iii) potential difference across the resistance di/dt = -0.040 A/s. (a) Find the [...]
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di/dt = -0.040 A/s. (a) Find the magnitude of the self induced emf. (b) which end of the inductor ,
is at a higher potential? ,
M or N ,
The circuit shown in fig is in steady state. bat certain instant the switch is closed ,
The current in inductor shown in figure is flowing from right to left. The inductor has inductance 75 H and current in it is decreasing at a uniform rate ,
The current in inductor shown in figure is flowing from right to left. The inductor has inductance 75 H and current in it is decreasing at a uniform rate, di/dt = -0.040 A/s. (a) Find the magnitude of the self induced emf. (b) which end of the inductor ,M or N , is at a higher potential?
07
Sep
The current in inductor shown in figure is flowing from right to left. The inductor has inductance 75 H and current in it is decreasing at a uniform rate, di/dt = -0.040 A/s. (a) Find the magnitude of the self induced emf. (b) which end of the inductor ,M or N , is at a [...]