Q#1 (a) Apply Faraday's law, which is the relationship between an induced emf in a conducting loop and the rate at which magnetic flux through the loop changes.
Q#1 (a) Apply Faraday's law, which is the relationship between an induced emf in a conducting loop and the rate at which magnetic flux through the loop changes.
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Transcribed Image Text:Q#1
(a) Apply Faraday's law, which is the relationship between an induced emf in a conducting loop
and the rate at which magnetic flux through the loop changes.
(b) Find the magnetic force FB acting on a moving charged particle by evaluating the cross
product q (VxB) in unit-vector notation and magnitude angle notation.
(c) With a real battery in a circuit, calculate the potential difference between its terminals for
current in the direction of the emf and in the opposite direction.
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