In the figure above, the xy dashed line represents a border between the two magnetic field regions. On the left of the border, a uniform field points into the plane with a magnitude of B; whereas on the right of the border, another uniform field points out of the plane with a magnitude of 2B. A rectangular loop enters the region with a constant velocity , as shown. The induced current in the loop is I, when the loop is at the position i; and it is I, when the loop is at the position / (See figure). Which of the followings is correct regarding the induced currents? A) I, flows counterclockwise; 1; flows clockwise; 141 = 1/3 B) 4 flows counterclockwise; 1; flows clockwise; 141 = 1;|/2 C) I, flows counterclockwise; 1; flows clockwise; 141 = 2|1,1/3 D) I, flows clockwise; I, flows counterclockwise; 141 = 2|1,1/3 E) I, flows clockwise; 1; flows counterclockwise; 141 = 1/2
In the figure above, the xy dashed line represents a border between the two magnetic field regions. On the left of the border, a uniform field points into the plane with a magnitude of B; whereas on the right of the border, another uniform field points out of the plane with a magnitude of 2B. A rectangular loop enters the region with a constant velocity , as shown. The induced current in the loop is I, when the loop is at the position i; and it is I, when the loop is at the position / (See figure). Which of the followings is correct regarding the induced currents? A) I, flows counterclockwise; 1; flows clockwise; 141 = 1/3 B) 4 flows counterclockwise; 1; flows clockwise; 141 = 1;|/2 C) I, flows counterclockwise; 1; flows clockwise; 141 = 2|1,1/3 D) I, flows clockwise; I, flows counterclockwise; 141 = 2|1,1/3 E) I, flows clockwise; 1; flows counterclockwise; 141 = 1/2
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![17- Please mark the correct answer.
i
1
clockwise
V
counterclockwise
j
2B O
H
In the figure above, the xy dashed line represents a border between the two magnetic field regions.
On the left of the border, a uniform field points into the plane with a magnitude of B; whereas on
the right of the border, another uniform field points out of the plane with a magnitude of 2B. A
rectangular loop enters the region with a constant velocity, as shown. The induced current in the
loop is I, when the loop is at the position i; and it is I, when the loop is at the position (See figure).
Which of the followings is correct regarding the induced currents?
A) I, flows counterclockwise; 1; flows clockwise; 1₂ = 1₂/3
B) I, flows counterclockwise; 1; flows clockwise; |4₂| = |1₂/2
C) I, flows counterclockwise; 1; flows clockwise; |4₂| = 2|1|/3
D) I, flows clockwise; 1; flows counterclockwise; 11 = 2|1\/3
E) I, flows clockwise; I; flows counterclockwise; 1₂ = 1/2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd51cd042-1813-473c-a7ab-63f81a9fc34b%2F92108fa6-7b9a-4087-a296-dce7d47bde42%2Fsl3giyl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:17- Please mark the correct answer.
i
1
clockwise
V
counterclockwise
j
2B O
H
In the figure above, the xy dashed line represents a border between the two magnetic field regions.
On the left of the border, a uniform field points into the plane with a magnitude of B; whereas on
the right of the border, another uniform field points out of the plane with a magnitude of 2B. A
rectangular loop enters the region with a constant velocity, as shown. The induced current in the
loop is I, when the loop is at the position i; and it is I, when the loop is at the position (See figure).
Which of the followings is correct regarding the induced currents?
A) I, flows counterclockwise; 1; flows clockwise; 1₂ = 1₂/3
B) I, flows counterclockwise; 1; flows clockwise; |4₂| = |1₂/2
C) I, flows counterclockwise; 1; flows clockwise; |4₂| = 2|1|/3
D) I, flows clockwise; 1; flows counterclockwise; 11 = 2|1\/3
E) I, flows clockwise; I; flows counterclockwise; 1₂ = 1/2
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