A rectangular loop of wires (length = L, width = w, N turns, mass = m, resistance = R) is entirely in a uniform magnetic field of B directed at theta above the plane. The loop is confined to move horizontally and starts moving out of the magnetic field region from rest with a constant rightward force of F applied to it. W L F Top view Express your answers in each part symbolically with ONLY the given variables and known constants.
A rectangular loop of wires (length = L, width = w, N turns, mass = m, resistance = R) is entirely in a uniform magnetic field of B directed at theta above the plane. The loop is confined to move horizontally and starts moving out of the magnetic field region from rest with a constant rightward force of F applied to it. W L F Top view Express your answers in each part symbolically with ONLY the given variables and known constants.
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Transcribed Image Text:A rectangular loop of wires (length = L, width = w, N turns, mass = m, resistance = R) is entirely in a uniform
magnetic field of B directed at theta above the plane. The loop is confined to move horizontally and starts
moving out of the magnetic field region from rest with a constant rightward force of F applied to
B
W
L
F
Top view
Express your answers in each part symbolically with ONLY the given variables and known constants.
Transcribed Image Text:Set up a differential equation relating the acceleration of the loop with its speed.
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