What voltage is produced by a transformer with a 1,000:1 turns ratio with an incoming voltage of 600 volts (V)?

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The voltage produced by a transformer is determined by its turns ratio, which compares the number of loops of wire (turns) in the primary coil to the number of loops in the secondary coil. When the turns ratio is 1,000:1, this means that for every 1,000 turns in the primary coil, there is 1 turn in the secondary coil.

Given an incoming voltage of 600 volts and a turns ratio of 1,000:1, the transformer will increase the voltage significantly. To find the voltage in the secondary coil, you multiply the primary voltage by the turns ratio. In this case, you would calculate it as follows:

600 volts (incoming voltage) * 1,000 (turns ratio) = 600,000 volts.

This calculation illustrates why the correct answer is 600,000 V; the transformer's role is to either step up or step down the voltage based on the turns ratio. A 1,000:1 turns ratio significantly amplifies the incoming voltage, leading to the high output of 600,000 volts.

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