Problem #4) Given the following circuit that contains two identical ideal transformers, determine the load voltage V, and the source voltage Vs in phasor fom if the source current is I = 2020° amps. !! 100 a=1/5 a=10 V.

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Problem #4) Given the following circuit that contains two identical ideal transformers, determine the load voltage V, and
the source voltage Vs in phasor fom if the source current is I, = 200° amps.
100
VR
a=1/5
a=10
Problem #5) Determine the effective length of a conductor required to generate 10 volts when passing through and normal
(1) to a magnetic field of 1.0 Tesla at a speed of 10 m/sec. Given the same conductor exposed to the same
magnetic field, if a DC current of 250mA is applied to the conductor, determine the magnitude of the force
created on the conductor. Note that you will need to use your calculated length to solve the force.
F-
Nm
Transcribed Image Text:Problem #4) Given the following circuit that contains two identical ideal transformers, determine the load voltage V, and the source voltage Vs in phasor fom if the source current is I, = 200° amps. 100 VR a=1/5 a=10 Problem #5) Determine the effective length of a conductor required to generate 10 volts when passing through and normal (1) to a magnetic field of 1.0 Tesla at a speed of 10 m/sec. Given the same conductor exposed to the same magnetic field, if a DC current of 250mA is applied to the conductor, determine the magnitude of the force created on the conductor. Note that you will need to use your calculated length to solve the force. F- Nm
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