Consider the wires that carry electric current and are arranged as shown below. In this case the length of segment a = 12 cm, b = 16 cm. Where the current flowing along the wire i = 4.5 t2 - 10 t (where i is in amperes, t is in seconds). a ·b b a. Determine the magnitude of the emf in the square loop (square wire) at t = 3 seconds. b. Determine the direction of induction in the square loop :
Consider the wires that carry electric current and are arranged as shown below. In this case the length of segment a = 12 cm, b = 16 cm. Where the current flowing along the wire i = 4.5 t2 - 10 t (where i is in amperes, t is in seconds). a ·b b a. Determine the magnitude of the emf in the square loop (square wire) at t = 3 seconds. b. Determine the direction of induction in the square loop :
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Transcribed Image Text:Consider the wires that carry
electric current and are arranged
as shown below. In this case the
length of segment a = 12 cm, b =
16 cm. Where the current flowing
along the wire i = 4.5 t2 - 10 t
(where i is in amperes, t is in
seconds).
a
·b
b
a. Determine the magnitude of
the emf in the square loop
(square wire) at t = 3 seconds.
b. Determine the direction of
induction in the square loop
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