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For parts c) and d), X is the last digit of your student number. For example, if your number is C1700123, then R=11mm, N=17 c) A long current-carrying wire is formed into an N-turn coil, as shown in Figure 3. The coil has radius R = 8+X mm, N = 20-X and the conductor carries a current of 0.5A (the diameter of the wire may be considered negligible) N turns Figure 3 Assuming the relative permeability of the substrate to be 1, calculate the magnitude and direction of the magnetic flux density at position M.

For parts c) and d), X is the last digit of your student number. For example, if your number is C1700123, then R=11mm, N=17 c) A long current-carrying wire is formed into an N-turn coil, as shown in Figure 3. The coil has radius R = 8+X mm, N = 20-X and the conductor carries a current of 0.5A (the diameter of the wire may be considered negligible) N turns Figure 3 Assuming the relative permeability of the substrate to be 1, calculate the magnitude and direction of the magnetic flux density at position M.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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For parts c) and d), X is the last digit of your student number. For example, if your number is C1700123, then R=11mm, N=17 c) A long current-carrying wire is formed into an N-turn coil, as shown in Figure 3. The coil has radius R = 8+X mm, N = 20-X and the conductor carries a current of 0.5A (the diameter of the wire may be considered negligible) N turns Figure 3 Assuming the relative permeability of the substrate to be 1, calculate the magnitude and direction of the magnetic flux density at position M.
Transcribed Image Text:For parts c) and d), X is the last digit of your student number. For example, if your number is C1700123, then R=11mm, N=17 c) A long current-carrying wire is formed into an N-turn coil, as shown in Figure 3. The coil has radius R = 8+X mm, N = 20-X and the conductor carries a current of 0.5A (the diameter of the wire may be considered negligible) N turns Figure 3 Assuming the relative permeability of the substrate to be 1, calculate the magnitude and direction of the magnetic flux density at position M.
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