N Bar Magnet Coil A Coil B The figure above shows a permanent bar magnet placed between two electromagnetic coils of wire. The direction of the current in the wires is shown by the arrows. Assuming that electromagnetic coils do not effect each other, Which of the following statements best describes the effect of the bar magnet on the two coils of wire? Coil A is repelled to the left and Coil B is repelled to the right. Coil A is attracted to the right and Coil B is attracted to the left. Coil A is repelled to the left and Coil B is attracted to the left. Coil A is attracted to the right and Coil B is repelled to the right. Neither Coil A nor Coil B is effected by the bar magnet.

N Bar Magnet Coil A Coil B The figure above shows a permanent bar magnet placed between two electromagnetic coils of wire. The direction of the current in the wires is shown by the arrows. Assuming that electromagnetic coils do not effect each other, Which of the following statements best describes the effect of the bar magnet on the two coils of wire? Coil A is repelled to the left and Coil B is repelled to the right. Coil A is attracted to the right and Coil B is attracted to the left. Coil A is repelled to the left and Coil B is attracted to the left. Coil A is attracted to the right and Coil B is repelled to the right. Neither Coil A nor Coil B is effected by the bar magnet.