Starting outside the region with the magnetic field, a single square coil of wire enters, moves across, and then leaves the region with a uniform magnetic field3 perpendicular to the page so that the graph shown below represents the induced emf. The loop moves at constant velocity. As seen from above, a counterciockwise emf is regarded as positive. In which direction did the loop move over the plane of the page?
Starting outside the region with the magnetic field, a single square coil of wire enters, moves across, and then leaves the region with a uniform magnetic field3 perpendicular to the page so that the graph shown below represents the induced emf. The loop moves at constant velocity. As seen from above, a counterciockwise emf is regarded as positive. In which direction did the loop move over the plane of the page?
Chapter13: Electromagnetic Induction
Section: Chapter Questions
Problem 57P: A 50-turn rectangular coil with dimensions 0.15m0.40m rotates in a uniform magnetic field of...
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![Starting outside the region with the magnetic field, a single square coil of wire enters, moves across, and then leaves the region with
a uniform magnetic fieldB perpendicular to the page so that the graph shown below represents the induced emf. The loop moves
at constant velocity. As seen from above, a counterciockwise emf is regarded as positive. In which direction did the loop move over
the plane of the page?
emf
A The loop moved from bottom to top.
B All of these directions of motion will produce the graph of emf vs t.
The loop moved from right to left.
(D The loop moved from top to bottom.
E The loop moved from left to right.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fced20a7a-5f6b-4ed8-baa5-7011ff618332%2Ff671b7ac-873f-47dc-8e5f-07abab401991%2Fa5hkksq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Starting outside the region with the magnetic field, a single square coil of wire enters, moves across, and then leaves the region with
a uniform magnetic fieldB perpendicular to the page so that the graph shown below represents the induced emf. The loop moves
at constant velocity. As seen from above, a counterciockwise emf is regarded as positive. In which direction did the loop move over
the plane of the page?
emf
A The loop moved from bottom to top.
B All of these directions of motion will produce the graph of emf vs t.
The loop moved from right to left.
(D The loop moved from top to bottom.
E The loop moved from left to right.
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