With all your free time, you've made a solenoid that produces a con- stant magnetic eld. You're curious about what might happen to a copper penny if you dropped it a few inches above the entrance to the solenoid, which is oriented parallel to the ground (see Figure 2). You can assume the solenoid's magnetic field is constant and into the page where the penny falls, and that the flat portion of the penny faces the solenoid entrance at least until its bottom edge enters the field. A. Describe and justify what happens to the penny at each labeled point (1-5) in Figure 2 as it falls. B. You tell a friend about your experiment, who wonders out loud what might happen if you reversed the solenoid's field. You say that it should reverse the physical effects on the penny! Your friend disagrees. So you try it. Who wins the argument and why? SIDE VFCU I ' i ' s 1 1 i -