Two coils of wire are placed close together. Initially, a current of 2.24 A exists in one of the coils, but there is no current in the other. The current is then switched off in a time of 4.27 x 102 s. During this time, the average emf induced in the other coil is 2.56 V. What is the mutual inductance of the two-coil system? Switch Primary Secondary

Principles of Physics: A Calculus-Based Text
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Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter23: Faraday’s Law And Inductance
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find mutual inducatnce and solve also part (((((    a  &    b )   please do it fast 

Two coils of wire are placed close together. Initially, a current of 2.24 A exists in one of the coils, but there is no current in the other.
The current is then switched off in a time of 4.27 x 10² s. During this time, the average emf induced in the other coil is 2.56 V. What
is the mutual inductance of the two-coil system?
Switch
Primary
Secondary
Number
i
Units
The graph in the figure shows the emf produced by a generator as a function of time t. The coil for the generator has an area of A =
0.120 m2 and consists of N = 14 turns. The coil rotates in a field of magnitude 0.310 T. (a) Determine the period of the motion. (b)
What is the angular frequency of the rotating coil? (c) Find the value of the emf when t = 1/4 T, where Tdenotes the period of the coil
motion. (d) What is the emf when t = 0.025 s?
AA
0.030
0.060
t (s)
() 2
Transcribed Image Text:Two coils of wire are placed close together. Initially, a current of 2.24 A exists in one of the coils, but there is no current in the other. The current is then switched off in a time of 4.27 x 10² s. During this time, the average emf induced in the other coil is 2.56 V. What is the mutual inductance of the two-coil system? Switch Primary Secondary Number i Units The graph in the figure shows the emf produced by a generator as a function of time t. The coil for the generator has an area of A = 0.120 m2 and consists of N = 14 turns. The coil rotates in a field of magnitude 0.310 T. (a) Determine the period of the motion. (b) What is the angular frequency of the rotating coil? (c) Find the value of the emf when t = 1/4 T, where Tdenotes the period of the coil motion. (d) What is the emf when t = 0.025 s? AA 0.030 0.060 t (s) () 2
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