3.The rectangular wire loop shown in Figure P.18. is moving at constant velocity and enters a semi-infinite region with a uniform magnetic field of magnitude directed as indicated. The loop begins to enter the field when t=0s. (a) Find the magnetic flux through the loop as a function of time for t>Os. (b) Find the emf induced in the wire loop for time t20s.
3.The rectangular wire loop shown in Figure P.18. is moving at constant velocity and enters a semi-infinite region with a uniform magnetic field of magnitude directed as indicated. The loop begins to enter the field when t=0s. (a) Find the magnetic flux through the loop as a function of time for t>Os. (b) Find the emf induced in the wire loop for time t20s.
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Transcribed Image Text:3.The rectangular wire loop shown
in Figure P.18. is moving at
constant velocity and enters a
semi-infinite region with a uniform
magnetic field of magnitude
directed as indicated. The loop
begins to enter the field when t=0s.
(a) Find the magnetic flux through
the loop as a function of time for
t>0s. (b) Find the emf induced in
the wire loop for time t20s.
Situation
when t-0s
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