$A$ primary coil and a secondary coil are placed close to each other. $A$ current, which changes at the rate of $25 \, A$ in a millisecond, is present in the primary coil. If the mutual inductance is $92 \times 10^{-6} \, H$, then the value of the induced emf in the secondary coil is:
- A$4.6 \, V$
- B$2.3 \, V$
- C$0.368 \, mV$
- D$0.23 \, mV$
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