EM Induction Check List
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Can you define magnetic flux?
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Can you define induction (in general)?
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Can you define emf?
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Do you know what Faraday’s law is
mathematically?
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Do you know the two main ways of changing
magnetic flux?
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Do you know why the – sign is placed in Faraday’s
law?
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Can you state Lenz’s law?
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Can you apply Lenz’s law for increasing flux?
Decreasing flux?
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Do you know what happens to a conducting rod
moving in a B-field?
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Can you find the E-field strength in a moving
conducting rod in a B-field?
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Can you explain why a current turns on when the
area is changing (i.e. the loop/circuit is moving)?
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Can you explain why a current turns on when a
B-field is changing (i.e. dB/dt)?
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Can you find emf, current, IL x B forces, v(t),
power, and heat energy when the loop/circuit is moving and the area is
changing?
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Can you find emf, current, IL x B forces, power,
heat energy, and the induced circulating E-field when there is dB/dt?
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Do you know what an inductor is?
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Do you know what an inductor does in a circuit?
And why?
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Do you know how to find the energy stored in an
inductor?
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Can you derive i(t) in a series LR circuit?
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Can you figure out the currents in a LR circuit
when L and R are in parallel?
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Do you know what happens when there is a LC
circuit?
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Can you determine a solution for q(t), i(t),
di/dt in a LC circuit?
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Can you find the frequency of oscillation of
current in a LC circuit?
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Can you explain, at least qualitatively, what resistance
does in a LRC circuit, compared to an ideal LC circuit?
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Can you explain the gist of how a radio works
(or wireless technology in general), in terms of LC circuits?
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Can you explain what the Maxwell displacement
current is?
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Do you know what the four Maxwell equations are?
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Can you qualitatively explain how you can create
an electromagnetic wave?
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Do you know what a transformer is, and how it
works?
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Can you explain how various contraptions work in
terms of em induction (think of all the devices in our lab)?
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