In an ideal transformer, the secondary voltage is determined by the turns ratio. If the secondary has half as many turns as the primary, the secondary voltage is

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Prepare for the United Airlines Flight Simulator Technician Test with this comprehensive guide. Study with multiple-choice questions and detailed explanations to ace your exam and secure your dream career as a flight simulator technician with United Airlines!

Multiple Choice

In an ideal transformer, the secondary voltage is determined by the turns ratio. If the secondary has half as many turns as the primary, the secondary voltage is

Explanation:
In an ideal transformer, the voltage on the secondary scales with the turns ratio: Vs = Vp × (Ns/Np). If the secondary has half as many turns as the primary, Ns/Np = 1/2, so the secondary voltage is Vp/2. In other words, it is half of the primary voltage. (If power is conserved, the secondary current would double to balance the voltage change.)

In an ideal transformer, the voltage on the secondary scales with the turns ratio: Vs = Vp × (Ns/Np). If the secondary has half as many turns as the primary, Ns/Np = 1/2, so the secondary voltage is Vp/2. In other words, it is half of the primary voltage. (If power is conserved, the secondary current would double to balance the voltage change.)

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