Uniform magnetic field B points out of the page, and lies within a circle of radius R = 4.18 m. An electron is placed at the top edge of the circle (at distance R above the center of the circle). If the magnitude of the dB magnetic field begins to decrease at a steady rate = -6.71 T/s, find the force felt by the electron, in N. dt The sign of the answer gives the direction of the force: positive to the right, negative to the left.
Uniform magnetic field B points out of the page, and lies within a circle of radius R = 4.18 m. An electron is placed at the top edge of the circle (at distance R above the center of the circle). If the magnitude of the dB magnetic field begins to decrease at a steady rate = -6.71 T/s, find the force felt by the electron, in N. dt The sign of the answer gives the direction of the force: positive to the right, negative to the left.
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Transcribed Image Text:Diagram 3

Transcribed Image Text:13
Refer to diagram 3.
Uniform magnetic field B points out of the page, and lies within a circle of radius R = 4.18 m. An electron is
placed at the top edge of the circle (at distance R above the center of the circle). If the magnitude of the
dB
magnetic field begins to decrease at a steady rate
= -6.71 T/s, find the force felt by the electron, in N.
dt
The sign of the answer gives the direction of the force: positive to the right, negative to the left.
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