In the following questions there is a coil/solenoid shown connected to an ammeter. The way the wires are connected, a positive current reading on the ammeter corresponds to a clockwise conventional current in the coil/solenoid as viewed from above. B N The magnet is stationary with a couple representative field lines showing how S the external magnetic fields loop around from north at the top to south at the bottom. (1) What would the reading on the ammeter be in the above situation, positive, negative, or no reading? Explain why you think your answer is correct B NI S The magnet is moving downward into the coil/solenoid with the south end of the magnet down and magnetic field V lines shown. G(2) What would the reading on the ammeter be in the above situation, positive, negative, or no reading? Explain why you think your answer is correct. B N The magnet is moving upward out of the coil/solenoid with the south end of S the magnet down and magnetic field lines shown. G (3) What would the reading on the ammeter be in the above situation, positive, negative, or no reading? Explain why you think your answer is correct B S N The magnet is moving downward into the coil/solenoid with the north end of the magnet down and magnetic field lines shown. G[4} What would the reading on the ammeter be in the above situation, positive, negative, or no reading? Explain why you think your answer is correct. The magnet is moving upward out of the coilfsolenoid with the north end of the magnet down and magnetic eld lines shown. (5} What would the reading on the ammeter be in the above situation, positive, negative, or no reading? Explain why you think your answer is correct