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A circular loop of radius 52.8 mm in the plane of the paper carries a clockwise current of 15.7 A. It is submerged in a medium that has a relative permeability of 1.7. What are the magnitude and direction of the magnetic induction at the center of the loop? Magnitude HT Direction ---Select-

A circular loop of radius 52.8 mm in the plane of the paper carries a clockwise current of 15.7 A. It is submerged in a medium that has a relative permeability of 1.7. What are the magnitude and direction of the magnetic induction at the center of the loop? Magnitude HT Direction ---Select-

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A circular loop of radius 52.8 mm in the plane of the paper carries a clockwise current of 15.7 A. It is submerged in a medium that has a relative permeability of 1.7. What are the magnitude and direction of the magnetic induction at the center of the loop? Magnitude uT Direction ---Select-- The cross sections of two parallel wires are shown in Figure 29.27 located d = 7.8 cm apart in air. The left wire carries a current of 7.5 A into the paper, and the right wire carries a current of 3.4 A out of the paper. What is the resultant magnetic induction at the midpoint A due to both wires? (Hint: Superimpose the fields due to each wire to find the resultant field.) Magnitude uT Direction -Select-- 2 c Figure 29.27
Transcribed Image Text:A circular loop of radius 52.8 mm in the plane of the paper carries a clockwise current of 15.7 A. It is submerged in a medium that has a relative permeability of 1.7. What are the magnitude and direction of the magnetic induction at the center of the loop? Magnitude uT Direction ---Select-- The cross sections of two parallel wires are shown in Figure 29.27 located d = 7.8 cm apart in air. The left wire carries a current of 7.5 A into the paper, and the right wire carries a current of 3.4 A out of the paper. What is the resultant magnetic induction at the midpoint A due to both wires? (Hint: Superimpose the fields due to each wire to find the resultant field.) Magnitude uT Direction -Select-- 2 c Figure 29.27
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