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What is the potential difference in a circuit that has a magnetic flux density of 3 Teslas, conductor length of 2 meters, and current flow velocity of 5 meters per second?
- A 1.2 volts
- B 7.5 volts
- C 3.33 volts
- D 30 volts
- E 30 volts
That's Correct!
It's Wrong!
Voltage or the Potential Difference is also equal to the product of the magnetic flux density, length, and velocity or simply V=Blv
