A straight 3.0m long conducting wire with resistance, R=6.0mΩ, is bent into a single circular loop and allowed to experience a uniform magnetic field, B=0.40T, for a long time. The wire is then bent into a square in a time interval of 100ms. The uniform magnetic field is always directed eastward toward the loop and at an angle, θ= 30o , from the plane of the loop. The orientation of the plane of the loop to the magnetic field remains constant during the shape shift. Determine a) the induced emf b) the current in the conducting wire c) the induced electric field in the square conducting wire
A straight 3.0m long conducting wire with resistance, R=6.0mΩ, is bent into a single circular loop and allowed to experience a uniform magnetic field, B=0.40T, for a long time. The wire is then bent into a square in a time interval of 100ms. The uniform magnetic field is always directed eastward toward the loop and at an angle, θ= 30o , from the plane of the loop. The orientation of the plane of the loop to the magnetic field remains constant during the shape shift. Determine a) the induced emf b) the current in the conducting wire c) the induced electric field in the square conducting wire
Physics for Scientists and Engineers: Foundations and Connections
1st Edition
ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter32: Faraday’s Law Of Induction
Section: Chapter Questions
Problem 62PQ
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A straight 3.0m long conducting wire with resistance, R=6.0mΩ, is bent into a single circular loop
and allowed to experience a uniform magnetic field, B=0.40T, for a long time. The wire is then bent
into a square in a time interval of 100ms. The uniform magnetic field is always directed eastward
toward the loop and at an angle, θ= 30o
, from the plane of the loop. The orientation of the plane of
the loop to the magnetic field remains constant during the shape shift.
Determine
a) the induced emf
b) the current in the conducting wire
c) the induced electric field in the square conducting wire
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