How Does Faraday’s Law Determine Induced Current in a Circuit?

AI Thread Summary
The discussion focuses on calculating the induced current through a resistor (R) and capacitor (C) in the presence of a constant magnetic field (B). Key equations mentioned include the induced EMF, which is derived from the rate of change of magnetic flux, and Ohm's law for calculating induced current. Lenz's Law is also referenced, emphasizing the direction of induced current in response to changes in magnetic flux. Participants encourage sharing specific attempts and challenges faced in solving the problem rather than seeking direct solutions. Engaging with the problem actively is essential for understanding the application of Faraday's Law.
aznmaverick
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Homework Statement


Given a constant magnetic field, B, into the plane of the board, how much induced current flows through R and C.


Homework Equations


Induced EMF =-d/dt (Fluxb)
Iind= Induced EMF/R
V= dx/dt = constant (velocity of sliding conductor)
Lenz Law

The Attempt at a Solution

 

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aznmaverick said:

Homework Statement


Given a constant magnetic field, B, into the plane of the board, how much induced current flows through R and C.


Homework Equations


Induced EMF =-d/dt (Fluxb)
Iind= Induced EMF/R
V= dx/dt = constant (velocity of sliding conductor)
Lenz Law

The Attempt at a Solution

We're not here to do the problem for you. Put some effort into it, and let us know what you've done and exactly where you're stuck.
 
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