Show the complete solution. Thank you. 15. The mutual inductance between two coils is 18 mH. Calculate the steady rate of change of current in one coil to induce an emf of 0.72 V in the other. A. 40 A/S B. 0.025 A/s C. 0.013 A/S D. 10.6 A/S 23. An iron-cored coil of 10 turns has a reluctance of the 100 AT/Wb. The inductance of the coll is________ A. 0.1 H B. 1 H C. 5 H D. 10
Show the complete solution. Thank you. 15. The mutual inductance between two coils is 18 mH. Calculate the steady rate of change of current in one coil to induce an emf of 0.72 V in the other. A. 40 A/S B. 0.025 A/s C. 0.013 A/S D. 10.6 A/S 23. An iron-cored coil of 10 turns has a reluctance of the 100 AT/Wb. The inductance of the coll is________ A. 0.1 H B. 1 H C. 5 H D. 10
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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Show the complete solution. Thank you.
15. The mutual inductance between two coils is 18 mH. Calculate the steady rate of change of current in one coil to induce an emf of 0.72 V in the other.
A. 40 A/S
B. 0.025 A/s
C. 0.013 A/S
D. 10.6 A/S
23. An iron-cored coil of 10 turns has a reluctance of the 100 AT/Wb.
The inductance of the coll is________
A. 0.1 H
B. 1 H
C. 5 H
D. 10 H
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