# Answer to Question #3820 in Mechanics | Relativity for mia

Question #3820

A straight wire, 30.0 m long, moves at 2.0 m/s perpendicularly through a 1.0 T magnetic

field.

a. What EMF is induced in the wire?

b. The total resistance of the circuit of which the wire is a part is 15.0 Ω. What is the

current?

field.

a. What EMF is induced in the wire?

b. The total resistance of the circuit of which the wire is a part is 15.0 Ω. What is the

current?

Expert's answer

a. Due to the Faraday's law, & EMF = vBL = 2.0 [m/s] 30.0 [m] 1.0 [T] = 60 [V]

b. Due to the Ohm's law: I = U/R = 60 [V]/15.0 [Ω] = 2 A.

b. Due to the Ohm's law: I = U/R = 60 [V]/15.0 [Ω] = 2 A.

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