Q4/ A cylindrical coil of length L = 20 cm, its area is A1 = 40 cm^2 and the number of its turns is 20000 = N1. Inside it and in the middle is a short coil so that the two coils have a common axis. If you know that the length of the short coil is 20cm = L2, its area is A2=40cm^2 and the number of its turns is 200=N2, find: 1- The mutual inductance coefficient %3D
Q4/ A cylindrical coil of length L = 20 cm, its area is A1 = 40 cm^2 and the number of its turns is 20000 = N1. Inside it and in the middle is a short coil so that the two coils have a common axis. If you know that the length of the short coil is 20cm = L2, its area is A2=40cm^2 and the number of its turns is 200=N2, find: 1- The mutual inductance coefficient %3D
College Physics
10th Edition
ISBN:9781285737027
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter20: Induced Voltages And Inductance
Section: Chapter Questions
Problem 5P
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![Q4/ A cylindrical coil of length L
20 cm, its area is A1 = 40 cm^2
and the number of its turns is
%3D
20000 = N1. Inside it and in the
%3D
middle is a short coil so that the
two coils have a common axis. If
you know that the length of the
short coil is 20cm = L2, its area
is A2=40cm^2 and the number of
its turns is 200=N2, find: 1- The
%3D
mutual inductance coefficient
between the two coils. 2- KDC
induced in the short coil if the
current in the long coil changes
according to the equation
0.25cos377t^2=I when t=1/120](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff91befec-4e53-4879-8ad1-0009ec45352e%2Fc28a9aa7-cbde-48a3-8c41-3766b3bc949b%2Fhl8mzil_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q4/ A cylindrical coil of length L
20 cm, its area is A1 = 40 cm^2
and the number of its turns is
%3D
20000 = N1. Inside it and in the
%3D
middle is a short coil so that the
two coils have a common axis. If
you know that the length of the
short coil is 20cm = L2, its area
is A2=40cm^2 and the number of
its turns is 200=N2, find: 1- The
%3D
mutual inductance coefficient
between the two coils. 2- KDC
induced in the short coil if the
current in the long coil changes
according to the equation
0.25cos377t^2=I when t=1/120
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