Given that the strength of the magnetic field is 2.0 T and & (the length of a side of the square loop) is 0.5 m, which of the following choices below is the correct value of the magnetic flux through the loop? 0.41 T • m2 0.29 T • m2 0.00 T • m2 1.00 T • m2

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Chapter1: Units, Trigonometry. And Vectors
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5-Consider a square conducting loop of wire "sitting" between the poles of a strong permanent magnet as shown in the figure below:

Given that the strength of the magnetic field is 2.0 T and & (the length of a side of the square loop) is 0.5 m, which of the following choices below is the correct value of the magnetic flux through the loop?

  1. 0.41 T • m2
  2. 0.29 T • m2
  3. 0.00 T • m2
  4. 1.00 T • m2
y
B
55°
X
Transcribed Image Text:y B 55° X
Given that the strength of the magnetic field is 2.0 T and (the length of a side
of the square loop) is 0.5 m, which of the following choices below is the correct
value of the magnetic flux through the loop?
(a) 0.41 T.m²
(b) 0.29 T.m²
(c) 0.00 T-m²
(d) 1.00 T m²
Transcribed Image Text:Given that the strength of the magnetic field is 2.0 T and (the length of a side of the square loop) is 0.5 m, which of the following choices below is the correct value of the magnetic flux through the loop? (a) 0.41 T.m² (b) 0.29 T.m² (c) 0.00 T-m² (d) 1.00 T m²
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