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1) A constant current I flows in the clockwise direction in a closed square loop of conducting wires of length L lying in the xy plane. The closed loop is placed in a (3y non-uniform magnetic field given by B = Bol)i+ (4)] (T). What 4L is the total magnetic force vector on the loop expressed in the given quantities? (consider that the values of L, I, and Bo are known). 47 A) 80 BoLk B) IB,Lk C) IBOLK D) -IB,Lk E) IBOLK

1) A constant current I flows in the clockwise direction in a closed square loop of conducting wires of length L lying in the xy plane. The closed loop is placed in a (3y non-uniform magnetic field given by B = Bol)i+ (4)] (T). What 4L is the total magnetic force vector on the loop expressed in the given quantities? (consider that the values of L, I, and Bo are known). 47 A) 80 BoLk B) IB,Lk C) IBOLK D) -IB,Lk E) IBOLK

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1) y A constant current I flows in the clockwise direction in a closed square loop of conducting wires of length L lying in the xy plane. The closed loop is placed in a 3y2x 4L3 2x non-uniform magneti c fiel d given by B= Bol i + (4)] (T). What is the total magnetic force vector on the loop expressed in the given quantities? (consider that the values of L, I, and Bo are known). 47 A) IBOLK B) IB,Lk C) IB,Lk D) -IB,Lk 480 E) IBOLK
Transcribed Image Text:1) y A constant current I flows in the clockwise direction in a closed square loop of conducting wires of length L lying in the xy plane. The closed loop is placed in a 3y2x 4L3 2x non-uniform magneti c fiel d given by B= Bol i + (4)] (T). What is the total magnetic force vector on the loop expressed in the given quantities? (consider that the values of L, I, and Bo are known). 47 A) IBOLK B) IB,Lk C) IB,Lk D) -IB,Lk 480 E) IBOLK
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