Please solve all the questions From (1-6) and all parts. And your explanations must be typed, especially for question (3) because I do not understand some handwriting; I have only one submission.

Ph sics 220/250 Lab 10 Conclusion uestions 1. In the diagram below, a wire is varying a current. The magnetic field above the wire is into the paper, and the magnetic field below the wire is out of the paper, as shown. What is the direction of the current flowing in the wire? 2. In the figure above. is the magnitude of the magnetic field larger at point I or point 2? 3. You have a rod-shaped magnet, and a coil of wire connected to a voltmeter. Under which of the following circumstances will there be a voltage induced across the coil? Give a brief explanation in each case. a. The magnet is sitting near one end of the coil. The coil axis is then rotated 90 degrees away from the magnet. b. The magnet is sitting near the coil, and the coil is moved quickly away from the magnet. c. The magnet is sitting at rest with its North pole in the middle of the coil. d. The magnet is sitting with its North pole in the middle of the coil and is pulled away from the coil. 4. Calculate the magnetic flux through the coil in each case. The magnetic field is 2.0 T, and the area of the face of the coil is 0.25m? / B /A~ B a l _|.. I _ i- 300 I\\ AA k AK '3' (b) 5. When viewing the figure below from the left. If the current is flowing clockwise in the loop, which direction is the current owing? (left or right) 6. According to Lenz' law the induced current tends to be in the direction that the effect that produced it