onducting bar of length moves to the right at a constant speed v on two frictionless rails in a uniform B-field directed into the page. As the bar is moved to the right, an induce X x M to the left X to the right upward K x x x x x x x X downward x M into the screen/page (x) out of the screen/page () ed into the page. As the bar is moved to the right, an induced current flows through the resistor of R. What is the direction of the magnetic force Fg on the induced current through the moving rod?

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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onducting bar of length moves to the right at a constant speed v on two frictionless rails in a uniform B-field directed into the page. As the bar is moved to the right, an induce
to the left
x
to the right
upward
x
x
into the screen/page (x)
out of the screen/page()
downward
ed into the page. As the bar is moved to the right, an induced current flows through the resistor of R. What is the direction of the magnetic force Fa on the induced current through the moving rod?
Same question. It wouldn't fit on camera.
Transcribed Image Text:onducting bar of length moves to the right at a constant speed v on two frictionless rails in a uniform B-field directed into the page. As the bar is moved to the right, an induce to the left x to the right upward x x into the screen/page (x) out of the screen/page() downward ed into the page. As the bar is moved to the right, an induced current flows through the resistor of R. What is the direction of the magnetic force Fa on the induced current through the moving rod? Same question. It wouldn't fit on camera.
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