A circular lop of wire with radius R=20cm is orlented in such a way that Its plane makes an angle of 0= 30° with zy-plane and carries a current of I =2A In a direction as shown In the figure. If a uniform magnetic fleld B (0.5T)k is applied, find the change in Iits potentlal energy as It rotates from Its initial orlentation to one in which Its magnetic moment i is parallel to B. O a. -0.2x O b. -) O c. TJ O d. 0.06J O e. 0.27 J O f. 1.27J g. -1.27J h. -0.067)
A circular lop of wire with radius R=20cm is orlented in such a way that Its plane makes an angle of 0= 30° with zy-plane and carries a current of I =2A In a direction as shown In the figure. If a uniform magnetic fleld B (0.5T)k is applied, find the change in Iits potentlal energy as It rotates from Its initial orlentation to one in which Its magnetic moment i is parallel to B. O a. -0.2x O b. -) O c. TJ O d. 0.06J O e. 0.27 J O f. 1.27J g. -1.27J h. -0.067)
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Transcribed Image Text:A circular loop of wire with radlus R=20cm is orlented in such a way that Its plane makes an angle of 0 30° with zy-plane and carries a
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current of I =2A in a direction as shown in the figure. If a uniform magnetic fleld B (0.5T)k is applied, find the change in its potential
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energy as It rotates from Its Initial orientation to one in which Its magnetic moment i is parallel to
e
a. -0.27J
b. -TJ
C. TJ
d. 0.06т)
e. 0.2nJ
O f. 1.27J
g. -1.27J
O h. -0.06n)
N.
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