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1. The figure to the left shows a square current loop with side, s = 0.15 m, current, I = 4.4, and mass, m=0.10 kg, on a table with coefficient of static friction, µs. The magnetic field is pointed along the vertical direction, and has magnitude B(x) = Bo where a = 0.25 m. If the loop just starts to move when Bo = 6T, what is µ5? %3D

1. The figure to the left shows a square current loop with side, s = 0.15 m, current, I = 4.4, and mass, m=0.10 kg, on a table with coefficient of static friction, µs. The magnetic field is pointed along the vertical direction, and has magnitude B(x) = Bo where a = 0.25 m. If the loop just starts to move when Bo = 6T, what is µ5? %3D

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y 1. The figure to the left shows a square current loop with side, s = 0.15 m, current, I = 44, and mass, m=0.10 kg, on a table with coefficient of static friction, Hs. The magnetic field is pointed along the vertical direction, and has magnitude %3| B (x) = Bo (-). where a = 0.25 m. If the loop just starts to move when Bo = 6T, what is µ,?
Transcribed Image Text:y 1. The figure to the left shows a square current loop with side, s = 0.15 m, current, I = 44, and mass, m=0.10 kg, on a table with coefficient of static friction, Hs. The magnetic field is pointed along the vertical direction, and has magnitude %3| B (x) = Bo (-). where a = 0.25 m. If the loop just starts to move when Bo = 6T, what is µ,?
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