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Q1. A d-c current I = 4(mA) flows in a rectangular loop in xy - plane as in the figure below. Assuming a uniform magnetic flux density B = −y^0.6 + z^0.8 (T) in the region. The dimensions in m. a) Calculate the forces acting on each side of the wire loop. b) Find the torque on the loop.

Q1. A d-c current I = 4(mA) flows in a rectangular loop in xy - plane as in the figure below. Assuming a uniform magnetic flux density B = −y^0.6 + z^0.8 (T) in the region. The dimensions in m. a) Calculate the forces acting on each side of the wire loop. b) Find the torque on the loop.

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Q1. A d-c current I = 4 ( mA ) flows in a rectangular loop in x y - plane as in the figure below. Assuming a uniform magnetic flux density B = − y ^ 0.6 + z ^ 0.8 ( T ) in the region. The dimensions in m . a) Calculate the forces acting on each side of the wire loop. b) Find the torque on the loop.

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