Three factors determine the amount of voltage that will be induced in a conductor: the number of turns of wire, the strength of the magnetic field (flux density), and the ____ of the cutting action.
A) speed
B) movement
C) intensity
D) direction

Question

Quizplus · Accepted Answer

The amount of voltage induced in a conductor is directly proportional to the speed of the cutting action. This is because a faster movement of the conductor through the magnetic field results in more lines of magnetic flux being cut per unit time, leading to a higher voltage induced. The number of turns of wire and the strength of the magnetic field also affect the induced voltage, but they are not directly related to the cutting action.

Three Factors Determine the Amount of Voltage That Will Be