A rectangular loop of length land width w is at a distance r from a long wire carrying current I. The current in the wire increases at a constant rate such that 4 = a. Find the magnitude and the direction of the induced current on the loop, if the total resistance of the loop is R. O a. Hyal clockwise 2x(w-r)' Hyal O b. (+). clockwise ). clockwise C. 2x d. 2(wir)' counter-clockwise Agal e. 2xR In ().counter-clockwise
A rectangular loop of length land width w is at a distance r from a long wire carrying current I. The current in the wire increases at a constant rate such that 4 = a. Find the magnitude and the direction of the induced current on the loop, if the total resistance of the loop is R. O a. Hyal clockwise 2x(w-r)' Hyal O b. (+). clockwise ). clockwise C. 2x d. 2(wir)' counter-clockwise Agal e. 2xR In ().counter-clockwise
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Transcribed Image Text:A rectangular loop of lengthl and width w is at a distance r from a long wire carrying current I. The current in the wire increases at a constant
rate such that = = o
= a. Find the magnitude and the direction of the induced current on the loop, if the total resistance of the loop is R
Pal
clockwise
a.
2a(w-r)
O b. t (11
+), clockwise
2x
Holl
(* +), clockwise
O C.
2
counter-clockwise
e. In(). counter-clockwise
Oe.
Hoal
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