The secondary voltage will be more than the primary voltage if there are __________ turns in the secondary coil than there are in the primary coil.

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Multiple Choice

The secondary voltage will be more than the primary voltage if there are __________ turns in the secondary coil than there are in the primary coil.

Explanation:
In a transformer, the output voltage scales with the turns ratio between the secondary and primary coils. In an ideal case, the secondary voltage Vs equals the primary voltage Vp multiplied by the ratio of turns on the secondary to turns on the primary: Vs = Vp · (Ns / Np). So if the secondary has more turns than the primary, Ns > Np, and Vs becomes larger than Vp. That makes it a step-up transformer. If there were fewer turns, the secondary voltage would be lower; with equal turns, the voltages would be the same. Having alternating turns doesn’t define a standard voltage relationship in this context.

In a transformer, the output voltage scales with the turns ratio between the secondary and primary coils. In an ideal case, the secondary voltage Vs equals the primary voltage Vp multiplied by the ratio of turns on the secondary to turns on the primary: Vs = Vp · (Ns / Np). So if the secondary has more turns than the primary, Ns > Np, and Vs becomes larger than Vp. That makes it a step-up transformer. If there were fewer turns, the secondary voltage would be lower; with equal turns, the voltages would be the same. Having alternating turns doesn’t define a standard voltage relationship in this context.

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