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2. A circular loop of wire of radius R 100 cm and a long, straight wire carry currents of I and I2 (see the drawing), where I2 = 6.611. The loop and the straight wire lie in the same plane. The net magnetic field at the center of the loop is zero. Find the distance H. %3D R H1 90°

2. A circular loop of wire of radius R 100 cm and a long, straight wire carry currents of I and I2 (see the drawing), where I2 = 6.611. The loop and the straight wire lie in the same plane. The net magnetic field at the center of the loop is zero. Find the distance H. %3D R H1 90°

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2. A circular loop of wire of radius R = 100 cm and a long, straight wire carry !! currents of I and I2 (see the drawing), where I2 =6.611. The loop and the straight wire lie in the same plane. The net magnetic field at the center of the loop is zero. Find the distance H. %3D 90°
Transcribed Image Text:2. A circular loop of wire of radius R = 100 cm and a long, straight wire carry !! currents of I and I2 (see the drawing), where I2 =6.611. The loop and the straight wire lie in the same plane. The net magnetic field at the center of the loop is zero. Find the distance H. %3D 90°
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