please predict the answers for questions 1 through 5:
Posted: Mon Jul 11, 2022 1:06 pm
please predict the answers for questions 1 through5:
You will need the following additional materials/equipment for this part: 1 wire coil or solenoid 1 galvanometer 2 connecting wires ("banana" leads and "alligator" clips) ● . ● Procedure Connect the coil to the galvanometer by wiring one side of the coil to one of the galvanome and the other side of the coil to the other galvanometer post as shown in Fig 9-1. posts Coil Galvanometer Bar Magnet S
2. Slowly move the "North" pole of a bar magnet in the coil until the center of the magnetis the center of the coil. Observe what happens to the galvanometer and record your observatio by placing a check in the appropriate space below. The galvanometer needle deflects to the left. The galvanometer needle does not deflect at all. The galvanometer needle deflects to the right. Question 1-1: If deflection occurred, what was the magnitude of the deflection (in arbitrary "galvanometer" units)? Record a number: Units 3. Now, slowly remove the magnet by backing it out toward the same side that you inserted it Try to pull the magnet out with the same speed that you inserted it. The galvanometer needle deflects to the left. The galvanometer needle does not deflect at all. The galvanometer needle deflects to the right. Question 1-2: If deflection occurred, what was the magnitude of the deflection (in arbitrary "galvanometer" units)? Record a number: Units 4. Move the N-pole of the magnet into the coil (as in Step 2), only faster this time. Note the deflection of the galvanometer. Remove the magnet by backing it out toward the same side that you inserted it with the same fast speed. Record your observations: Insertion: Meter deflects to the (left/right) (more than / the same as / less than) in Step 2. Removal: Meter deflects to the (left/right) (more than / the same as / less than) in Step 3. 5. Repeat Step 2 by slowly inserting the N-pole of the magnet into the coil from the other side. Try to move at the same speed as you did in Step 2. Note the deflection of the galvanometer. Remove the magnet by backing it out toward the side that you inserted it. Note the behavior of the galvanometer.
- Please Predict The Answers For Questions 1 Through 5 1 (114.55 KiB) Viewed 26 times
- Please Predict The Answers For Questions 1 Through 5 2 (58.46 KiB) Viewed 26 times
2. Slowly move the "North" pole of a bar magnet in the coil until the center of the magnetis the center of the coil. Observe what happens to the galvanometer and record your observatio by placing a check in the appropriate space below. The galvanometer needle deflects to the left. The galvanometer needle does not deflect at all. The galvanometer needle deflects to the right. Question 1-1: If deflection occurred, what was the magnitude of the deflection (in arbitrary "galvanometer" units)? Record a number: Units 3. Now, slowly remove the magnet by backing it out toward the same side that you inserted it Try to pull the magnet out with the same speed that you inserted it. The galvanometer needle deflects to the left. The galvanometer needle does not deflect at all. The galvanometer needle deflects to the right. Question 1-2: If deflection occurred, what was the magnitude of the deflection (in arbitrary "galvanometer" units)? Record a number: Units 4. Move the N-pole of the magnet into the coil (as in Step 2), only faster this time. Note the deflection of the galvanometer. Remove the magnet by backing it out toward the same side that you inserted it with the same fast speed. Record your observations: Insertion: Meter deflects to the (left/right) (more than / the same as / less than) in Step 2. Removal: Meter deflects to the (left/right) (more than / the same as / less than) in Step 3. 5. Repeat Step 2 by slowly inserting the N-pole of the magnet into the coil from the other side. Try to move at the same speed as you did in Step 2. Note the deflection of the galvanometer. Remove the magnet by backing it out toward the side that you inserted it. Note the behavior of the galvanometer.