Face of coil having clockwise current:

Explanation

A current-carrying loop or coil functions as an electromagnet. The direction of current flow determines the polarity of the magnetic field produced. Using the clock face rule: if you look at the face of the coil with current flowing in a clockwise direction, it behaves like a south pole. Conversely, if the current flows anti-clockwise, it behaves like a north pole. Therefore, the correct answer is that the face of the coil with a clockwise current behaves like the south pole.Option A is incorrect because clockwise current results in a south pole, not a north pole. Option C is incorrect because the polarity does not vary; it remains constant as long as the current direction is constant. Option D is incorrect because a current-carrying coil always behaves as a magnet, thus possessing magnetic properties with defined poles.