# As shown in the figure below, you exert a constant force F to the right on a conducting rod of length 20.0 cm that can move without friction along a…

As shown in the figure below, you exert a constant force F to the right on a conducting rod of length 20.0 cm that can move without friction along a pair of conducting rails. The rails are connected at the left end by a resistor of resistance 30.0 Ω, and we can assume that the resistance of each rail and the rod is negligible in comparison to the resistance of the resistor. There is a uniform magnetic field of magnitude 1.00 Tdirected into the page, and the rod begins from rest. Both the rails and the magnetic field extend a long way to the right. Note that you should be able to do this problem without a calculator.

https://www.webassign.net/buelemphys1/20-p-030-alt.gif

(a) A long time after the rod begins to move, it reaches a constant speed of 2.00 m/s. When the rod reaches its maximum speed, what is the magnitude of the induced current in the loop? _____A In what direction is this induced current?

clockwise, or counterclockwise

(b) What is the magnitude of the constant force F you exert on the rod for the rod to reach a maximum speed of 2.00 m/s? _____N

The post As shown in the figure below, you exert a constant force F to the right on a conducting rod of length 20.0 cm that can move without friction along a… first appeared on buycustomessays.org .

As shown in the figure below, you exert a constant force F to the right on a conducting rod of length 20.0 cm that can move without friction along a… was first posted on November 22, 2020 at 3:36 pm.