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(C) The relationship between the voltage in the primary coil $(V_P)$ and the secondary coil $(V_S)$ of an ideal transformer is given by the transforme

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Frequency of the source

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(C) The relationship between the voltage in the primary coil $(V_P)$ and the secondary coil $(V_S)$ of an ideal transformer is given by the transformer equation:$\frac{V_S}{V_P} = \frac{N_S}{N_P}$Where $N_S$ is the number of turns in the secondary coil and $N_P$ is the number of turns in the primary coil.From this equation,it is clear that $V_S = V_P 	imes (N_S / N_P)$. Therefore,the secondary voltage depends on the primary voltage and the turns ratio $(N_S / N_P)$.The frequency of the source does not appear in this ideal transformer equation,meaning the secondary voltage is independent of the source frequency.

Voltage in the secondary coil of a transformer does not depend upon.

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