Tutorials in Introductory Physics
Tutorials in Introductory Physics
1st Edition
ISBN: 9780130970695
Author: Peter S. Shaffer, Lillian C. McDermott
Publisher: Addison Wesley
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Chapter 7.2, Problem 1bT

B. Make prediction for the following five situations based on what you observed in part A.
Check your answers only after you have made all five predictions.

1. The magnet is turned so that the south pole is near the wire while the battery is connected.

Prediction:
Observation:

2. The leads to the battery are reversed (consider both orientations of the magnet).

Prediction:
Observation:

3. The north pole of the magnet is held near the wire but the battery is not connected.

Prediction:
Observation:

4. The north pole of the magnet is held: (a) closer to the wire and (b) farther from the wire.

Prediction:
Observation:

5. The magnet is turned so that it is parallel to the wire while the batter)’ is connected.

Prediction:
Observation:

Resolve any discrepancies between your predictions and your observations. (Hint: Consider the vector equation for the magnetic force on a current-carrying wire in a magnetic field: F = i L × B )

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a) What would happen to the magnetic field and the current if the direction of motion of the magnet is reversed? b) What would happen to the magnetic field and the current if the magnet is moved more quickly in the same direction? c) What would happen to the magnetic field and the current if the magnet is moved rapidly back and forth? My Answer: I attached my answer below as well as the drawing of the coil and magnet. I am just unsure as to whether my first to answers (a and b) are correct and then for c), what the affect on the magnetic field is.  a) Current: If the direction of motion of the magnet was reversed then the direction of the current would also be reversed.  Magnetic Field: Since the magnetic field in the coil wants to oppose the moving magnetic field, an induced magnetic field will be created that will attract the magnet and prevent it from moving away from the coil.    b) Magnetic Field and Current: If the magnet moved more quickly in the same direction, then the…
B. Answer the questions below. Based on the set of diagrams below, which diagram (A or B) has the greater magnetic flux? Why?
The magnets shown in the sketch are dropped from rest through the middle of conducting rings. Notice that the ring onthe right has a small break in it, whereas the ring on the left forms a closed loop. (a) As the magnets drop toward the rings,do you predict that the magnet on the left has an acceleration that is greater than, less than, or the same as that of themagnet on the right? (b) Which of the following is the best explanation for your prediction?I. Both magnets fall with the acceleration due to gravity. The rings have no effect.II. The magnet on the left has a greater downward acceleration because the ring exerts an attractive force on it.III. The magnet on the right has the greater downward acceleration because the gap prevents a current that would exert arepulsive force on the magnet.
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