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Consider the following solenoid that is connected to a battery and there is a constant current flowing through it (from positive terminal of the battery to the negative as shown in the figure). What will be direction of magnetic field inside the solenoid due to the clockwise current shown? A. To the left B. To the right c. Into the screen D. Out of the screen E. Upward The magnetic field lines point upward inside the coil of a solenoid as shown in the figure below due to the counterclockwise current flowing through the coil. If we replace this coil with a bar magnet to represent the field produced by the solenoid, which option will correctly represent the orientation of such bar magnet that will produce the magnetic field in the same direction as the solenoid? A В. N N

Consider the following solenoid that is connected to a battery and there is a constant current flowing through it (from positive terminal of the battery to the negative as shown in the figure). What will be direction of magnetic field inside the solenoid due to the clockwise current shown? A. To the left B. To the right c. Into the screen D. Out of the screen E. Upward The magnetic field lines point upward inside the coil of a solenoid as shown in the figure below due to the counterclockwise current flowing through the coil. If we replace this coil with a bar magnet to represent the field produced by the solenoid, which option will correctly represent the orientation of such bar magnet that will produce the magnetic field in the same direction as the solenoid? A В. N N

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Consider the following solenoid that is connected to a battery and there is a constant current flowing through it (from positive terminal of the battery to the negative as shown in the figure). What will be direction of magnetic field inside the solenoid due to the clockwise current shown? A. To the left B. To the right C. Into the screen D. Out of the screen E. Upward The magnetic field lines point upward inside the coil of a solenoid as shown in the figure below due to the counterclockwise current flowing through the coil. If we replace this coil with a bar magnet to represent the field produced by the solenoid, which option will correctly represent the orientation of such bar magnet that will produce the magnetic field in the same direction as the solenoid? A. В. N S C N D.
Transcribed Image Text:Consider the following solenoid that is connected to a battery and there is a constant current flowing through it (from positive terminal of the battery to the negative as shown in the figure). What will be direction of magnetic field inside the solenoid due to the clockwise current shown? A. To the left B. To the right C. Into the screen D. Out of the screen E. Upward The magnetic field lines point upward inside the coil of a solenoid as shown in the figure below due to the counterclockwise current flowing through the coil. If we replace this coil with a bar magnet to represent the field produced by the solenoid, which option will correctly represent the orientation of such bar magnet that will produce the magnetic field in the same direction as the solenoid? A. В. N S C N D.
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