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6) A rectangular loop of sides "a" and "b" carries current "T" as shown in the figure. There is a magnetic field in space of constant magnitude "B" which is directed into the page. (in "-2" direction) B=B(-) Find the magnetic torque acting on the loop and the direction of rotation. b a ↓

6) A rectangular loop of sides "a" and "b" carries current "T" as shown in the figure. There is a magnetic field in space of constant magnitude "B" which is directed into the page. (in "-2" direction) B=B(-) Find the magnetic torque acting on the loop and the direction of rotation. b a ↓

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6) A rectangular loop of sides "a" and "b" carries current "I" as shown in the figure. There is a magnetic field in space of constant magnitude "B" which is directed into the page. (in "-z" direction) B = B(-k) Find the magnetic torque acting on the loop and the direction of rotation. Z A b a 20
Transcribed Image Text:6) A rectangular loop of sides "a" and "b" carries current "I" as shown in the figure. There is a magnetic field in space of constant magnitude "B" which is directed into the page. (in "-z" direction) B = B(-k) Find the magnetic torque acting on the loop and the direction of rotation. Z A b a 20
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