B I A constant current of 1.8 A flows through a metal rod of length 13 cm and mass 200 g that slides on frictionless rails, as shown in the figure above. A uniform magnetic field of 0.64 T is directed into the page. If the initial speed of the rod is 5 m/s, find: a) the speed of the rod at t = 2 s: m/s b) the distance moved before coming to a stop:
B I A constant current of 1.8 A flows through a metal rod of length 13 cm and mass 200 g that slides on frictionless rails, as shown in the figure above. A uniform magnetic field of 0.64 T is directed into the page. If the initial speed of the rod is 5 m/s, find: a) the speed of the rod at t = 2 s: m/s b) the distance moved before coming to a stop:
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![B
Vo
A constant current of 1.8 A flows through a metal rod of length 13 cm and mass 200 g that slides on frictionless rails, as
shown in the figure above. A uniform magnetic field of 0.64 T is directed into the page. If the initial speed of the rod is 5 m/s,
find:
a) the speed of the rod at t =
2 s:
m/s
b) the distance moved before coming to a stop:](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F481b728f-83e9-4797-963a-a0a2305c843e%2F589c6740-f7b2-4d61-bbdd-377958e1faae%2Fzpk6j9p_processed.png&w=3840&q=75)
Transcribed Image Text:B
Vo
A constant current of 1.8 A flows through a metal rod of length 13 cm and mass 200 g that slides on frictionless rails, as
shown in the figure above. A uniform magnetic field of 0.64 T is directed into the page. If the initial speed of the rod is 5 m/s,
find:
a) the speed of the rod at t =
2 s:
m/s
b) the distance moved before coming to a stop:
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