From the picture below Find the magnitude and potential of the induced electromotive force. When B= 1 T, l=0.5 m and v= 10 m/s eind +++ x P 30° VXB 1.1) Set the magnetic field B to have a direction directed towards the paper (as in the figure). 1.2) Set the magnetic field B to be directed away from the paper.
From the picture below Find the magnitude and potential of the induced electromotive force. When B= 1 T, l=0.5 m and v= 10 m/s eind +++ x P 30° VXB 1.1) Set the magnetic field B to have a direction directed towards the paper (as in the figure). 1.2) Set the magnetic field B to be directed away from the paper.
Related questions
Question
Electromechanical energy transformation
Transcribed Image Text:From the picture below Find the magnitude and potential of the induced
electromotive force. When B= 1 T, l=0.5 m and v= 10 m/s
eind
+++
x
P
30°
VXB
1.1) Set the magnetic field B to have a direction directed towards the paper (as in
the figure).
1.2) Set the magnetic field B to be directed away from the paper.
Expert Solution
Step 1: Concept
The concept used here is when a conductor is placed in magnetic filed have some velocity then emf is induced in the conductor
Step by step
Solved in 3 steps with 1 images
