Electromagnetic wawe theory A perfectly conducting rod at constant velocity u along the inclined conductor rails shown in Figure 1. slides. If the magnetic field is constant with time and location (B=żB0(T)) and if the bar is at x = 0 at time t = 0; a) Using Vemf = -d Ø/ dt, obtain Vemf.
Electromagnetic wawe theory A perfectly conducting rod at constant velocity u along the inclined conductor rails shown in Figure 1. slides. If the magnetic field is constant with time and location (B=żB0(T)) and if the bar is at x = 0 at time t = 0; a) Using Vemf = -d Ø/ dt, obtain Vemf.
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A perfectly conducting rod at constant velocity u along the inclined conductor rails shown in Figure 1. slides. If the magnetic field is constant with time and location (B=żB0(T)) and if the bar is at x = 0 at time t = 0;
a) Using Vemf = -d Ø/ dt, obtain Vemf.
(b) Obtain Vemf using the moving emf formula.
Transcribed Image Text:i(t)
0.1
Ven
emf
→ x
-0.1
45
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