Homework Help is Here – Start Your Trial Now!
Science
Advanced Physics
Which of the following situation will NOT result in an electromagnetic induction in a coil of wire? A. Moving a bar magnet in and out of the coil. B. Placing the bar magnet stationary inside the coil. C. Rotating the bar magnetic very close to a coil. D. Rotating the coil of wire in an external uniform magnetic field. E. Moving the coil closer or farther away from the bar magnet. For the electromagnetic induction to occur in a loop (or coil) of wire, there MUST be A. a magnet present B. a loop of wire (or coil) present. C. both magnet and loop (coil) present. D. a change in magnetic flux through the loop (or coil). E. charged particle and magnetic field present

Which of the following situation will NOT result in an electromagnetic induction in a coil of wire? A. Moving a bar magnet in and out of the coil. B. Placing the bar magnet stationary inside the coil. C. Rotating the bar magnetic very close to a coil. D. Rotating the coil of wire in an external uniform magnetic field. E. Moving the coil closer or farther away from the bar magnet. For the electromagnetic induction to occur in a loop (or coil) of wire, there MUST be A. a magnet present B. a loop of wire (or coil) present. C. both magnet and loop (coil) present. D. a change in magnetic flux through the loop (or coil). E. charged particle and magnetic field present

icon
Related questions
Question

two related questions please answer/

Which of the following situation will NOT result in an electromagnetic induction in a coil of wire? A. Moving a bar magnet in and out of the coil. B. Placing the bar magnet stationary inside the coil. c. Rotating the bar magnetic very close to a coil. D. Rotating the coil of wire in an external uniform magnetic field. E. Moving the coil closer or farther away from the bar magnet. For the electromagnetic induction to occur in a loop (or coil) of wire, there MUST be A. a magnet present B. a loop of wire (or coil) present. C. both magnet and loop (coil) present. D. a change in magnetic flux through the loop (or coil). E. charged particle and magnetic field present
Transcribed Image Text:Which of the following situation will NOT result in an electromagnetic induction in a coil of wire? A. Moving a bar magnet in and out of the coil. B. Placing the bar magnet stationary inside the coil. c. Rotating the bar magnetic very close to a coil. D. Rotating the coil of wire in an external uniform magnetic field. E. Moving the coil closer or farther away from the bar magnet. For the electromagnetic induction to occur in a loop (or coil) of wire, there MUST be A. a magnet present B. a loop of wire (or coil) present. C. both magnet and loop (coil) present. D. a change in magnetic flux through the loop (or coil). E. charged particle and magnetic field present
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 3 steps

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer