In Figure the conductive rod with length l = 10 cm is in contact with conductive rails on both sides and slides along the x-direction with u = ба, т/s. Given B = 2a, Wb/m², and R = 300, a. Find the emf induced in the loop by using the general form of Faraday's Law •where o = S B. ds dø Vemf Figure. Expanding lo dt b. Calculate the current through the resistor and explain how you determine its direction. R n.
In Figure the conductive rod with length l = 10 cm is in contact with conductive rails on both sides and slides along the x-direction with u = ба, т/s. Given B = 2a, Wb/m², and R = 300, a. Find the emf induced in the loop by using the general form of Faraday's Law •where o = S B. ds dø Vemf Figure. Expanding lo dt b. Calculate the current through the resistor and explain how you determine its direction. R n.
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Transcribed Image Text:In Figure
rails on both sides and slides along the x-direction with u = 6a, m/s.
Given B = 2a, Wb/m², and R = 300,
the conductive rod with length l = 10 cm is in contact with conductive
Find the emf induced in the loop by
using the general form of Faraday's Law
where o = S B. dS
a'.
аф
Vemf
Figure.
Expanding loop
dt
b. Calculate the current through the resistor
and explain how you determine its
direction.
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