The bar magnet is pushed toward the center of a wire loop. which is true?

The bar magnet is pushed toward the center of a wire loop. (View is 3D, slightly from above.) In which of the two situations is there (A) a clockwise induced current in the loop, (B) a counterclockwise induced current in the loop, or (C) no induced current in the loop? Q33.5 The bar magnet is pushed toward the center of a wire loop. As a consequence, ^^^there is a clockwise induced current in the loop. Use lenz’s law to explain this: As the bar magnet approaches the loop, ^The magnetic flux through the loop is (increasing/decreasing/staying the same). The induced current creates an induced magnetic field that arts to (weaken/reinforce) the (rising/falling) magnetic flux through the loop. The direction of the induced field is therefore (upwards/downwards) and induced current I in the loop is (dockwise/counter-dock wise/zero)

The bar magnet is pushed toward the center of a wire loop. (View is 3D, slightly from above.) In which of the two situations is there (A) a clockwise induced current in the loop, (B) a counterclockwise induced current in the loop, or (C) no induced current in the loop? Q33.5 The bar magnet is pushed toward the center of a wire loop. As a consequence, ^^^there is a clockwise induced current in the loop. Use lenz’s law to explain this: As the bar magnet approaches the loop, ^The magnetic flux through the loop is (increasing/decreasing/staying the same). The induced current creates an induced magnetic field that arts to (weaken/reinforce) the (rising/falling) magnetic flux through the loop. The direction of the induced field is therefore (upwards/downwards) and induced current I in the loop is (dockwise/counter-dock wise/zero)

Answer