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1. A solenoid with 2000 turns is 20-cm long. There is a current if 1.5 A going through the solenoid. a. Determine the magnitude of the magnetic field in its center. ooooo b. Now, a 2-cm wire (seen as a rectangle in the diagram) carrying a current of 2 A is inserted in the solenoid as shown below. Determine the magnetic force (magnitude and direction) applied on the wire.

1. A solenoid with 2000 turns is 20-cm long. There is a current if 1.5 A going through the solenoid. a. Determine the magnitude of the magnetic field in its center. ooooo b. Now, a 2-cm wire (seen as a rectangle in the diagram) carrying a current of 2 A is inserted in the solenoid as shown below. Determine the magnetic force (magnitude and direction) applied on the wire.

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Preparation for the lab Read the theoretical section on LC circuits (page 6) before doing these exercises 1. A solenoid with 2000 turns is 20-cm long. There is a current if 1.5 A going through the solenoid. a. Determine the magnitude of the magnetic field in its center. oooooooo b. Now, a 2-cm wire (seen as a rectangle in the diagram) carrying a current of 2 A is inserted in the solenoid as shown below. Determine the magnetic force (magnitude and direction) applied on the wire.
Transcribed Image Text:Preparation for the lab Read the theoretical section on LC circuits (page 6) before doing these exercises 1. A solenoid with 2000 turns is 20-cm long. There is a current if 1.5 A going through the solenoid. a. Determine the magnitude of the magnetic field in its center. oooooooo b. Now, a 2-cm wire (seen as a rectangle in the diagram) carrying a current of 2 A is inserted in the solenoid as shown below. Determine the magnetic force (magnitude and direction) applied on the wire.
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