In the figure shown, two long straight wires carrying currents 1 = 2.0 A and 12...

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In the figure shown, two long straight wires carrying currents 1 = 2.0 A and 12 = 11 A and a square loop carrying current l3 = 4.0 A lying in the xy-plane. If a = 6.0 cm and b = 3.0 cm, find the magnitude and direction of the magnetic field created by the two wires at the center of the loop. Ho= 4 x10-7 T.m/A 1 >> 13 1 A. 0.0 B. 3.0 x10^-5 T into the page OC. 1.5 x10^-5 T into the page D. 1.5 x10^-5 T out of the page OE. 3.0 x10^-5 T out of the page b a b In the figure shown, two long straight wires carrying currents 1 = 2.0 A and 12 = 11 A and a square loop carrying current l3 = 4.0 A lying in the xy-plane. If a = 6.0 cm and b = 3.0 cm, find the magnitude and direction of the magnetic field created by the two wires at the center of the loop. Ho= 4 x10-7 T.m/A 1 >> 13 1 A. 0.0 B. 3.0 x10^-5 T into the page OC. 1.5 x10^-5 T into the page D. 1.5 x10^-5 T out of the page OE. 3.0 x10^-5 T out of the page b a b

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Finding the Magnetic Field at the Center of the Loop The magnetic field due to a long straight curre... View the full answer