A conducting ring of radius $$1$$ meter is placed in an uniform magnetic field B of $$0.01Telsa$$ oscillating with frequency $$100Hz$$ with its plane at right angles to B. What will be the induced electric field

Question

Infinity Learn · Accepted Answer

In a constant magnetic field conducting ring oscillates with a frequency of $$100$$ Hz.i.e. $$T=1100s$$, in time  $$T4$$ flux links with coil changes from  BA  to zero. ⇒ Induced emf $$=$$  change in $$fluxtime=BAT/4=4BAT=4B$$×π$$r2T=4$$×$$0.01$$×π×$$121/100=4$$$$π$$V Induced electric field along the circle, using Maxwell equation ∮E.$$dl=$$−dϕ$$dt=AdBdt=e$$⇒$$E=12$$$$π$$r×π$$r2$$×$$dBdt=e2$$$$π$$$$r=4$$$$π$$$$2$$$$π$$$$r=2$$ $$V/m$$

A conducting ring of radius 1 meter is placed in an uniform magnetic field B of 0.01Telsa oscillating with frequency 100Hz with its plane at right angles to B. What will be the induced electric field

Remember concepts with our Masterclasses.

Ready to Test Your Skills?

free study material