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A a square loop of side …

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A a square loop of side 20cm is initially kept 30 cm away from a region of uniform magnetic field of 0.1 Tesla .it is then move towards the right with a velocity of 10 cm per second Till till it goes out of the Field plot a graph showing the variation of (a) magnetic flux through the loop with time t (b) induced EMF in the loop with time t (c)induced current I in the loop if it has a resistance of 0.1 Ohm.
  • 1 answers

Rajeswari Santra 5 years, 3 months ago

from t=0 to t=3s =(30cm/10cmsec^-1). the flux through the coil is 0. From t=3s to t=5s the flux through coil increase from 0 to [0.1X{(20÷100)}^2] Wb I.e. 0.004 Wb. From t=5s to t=11s the flux remains constant at the value of 0.004 Wb . from t=11s to t=13s the flux decrease and becomes zero . (i) E=-dfie/dt= slope= 0.004/2 =2×10^-3. (ii) i= E/R=2×10^-3/0.1 =20mH
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