Starting from zero, an electric current is established in a circuit made of a battery of emf E, a resistor of resistance R and an inductor of inductance L. The electric current eventually reaches its steady-state value. What would be the effect of using a resistor with a higher resistance in this circuit?
A)The steady-state value of the current would be smaller, but it would take less time to reach it.
B)The steady-state value of the current would be larger, but it would take less time to reach it.
C)The steady-state value of the current would be smaller, but it would take more time to reach it.
D)The steady-state value of the current would be larger, but it would take more time to reach it.
E)The steady-state value of the current would be smaller, but it would take the same amount of time to reach it.

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The Answer of Starting from zero, an electric current is established in a circuit made of a battery of emf E, a resistor of resistance R and an inductor of inductance L. The electric current eventually reaches its steady-state value. What would be the effect of using a resistor with a higher resistance in this circuit?
A)The steady-state value of the current would be smaller, but it would take less time to reach it.
B)The steady-state value of the current would be larger, but it would take less time to reach it.
C)The steady-state value of the current would be smaller, but it would take more time to reach it.
D)The steady-state value of the current would be larger, but it would take more time to reach it.
E)The steady-state value of the current would be smaller, but it would take the same amount of time to reach it.

Starting from Zero, an Electric Current Is Established in a Circuit