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Find the emf induced across the ends of ...

Find the emf induced across the ends of the conductor shown in the figure

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`e= BV l = BV (l_(1) sin theta_(1) + l_(2) sin theta_(2))`
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AAKASH SERIES-ELECTROMAGNETIC INDUCTION-Example
  1. A wire of length 21 is bent al mid point so that the angle between two...

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  2. A conductor of length 0.1m is moving with a velocity of 4m/ s in a uni...

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  3. Find the emf induced across the ends of the conductor shown in the fig...

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  4. Two parallel rails with negligible resistance are 10.0 cm apart. The a...

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  5. A loop ABCD containing two resistors as shown in figure is placed in a...

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  6. A conducting rod MN moves with a speed v parallel to a long straight w...

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  7. Two parallel vertical metallic bars XX.and YY., of negligible resistan...

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  8. A bar of mass mand length I moves on two frictionless parallel rails i...

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  9. A copper rod of length 2m is rotated with a speed of 10 rps, in a unif...

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  10. A rod of length 10cm made up of conducting an non-conducting). The roa...

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  11. A copper disc of radius 1 m is rotated about its natural axis with an ...

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  12. A wheel with 10 metallic spokes each 0.5 m long is rotated with a spee...

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  13. Chaitanya pedals a stationary bicycle at one revolution per second. Th...

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  14. A coil of 800 turns and 50 cm^(2) area makes 10 rps about an axis in i...

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  15. A magnetic field directed into the page changes with time according to...

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  16. The magnetic field at all points within the cyllindrical region whose ...

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  17. Find the equivalent resistance between A and B.

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  18. Shown in the figure is a circular loop of radius, r and resistance R. ...

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  19. Find the equivalent resistance between A and B.

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  20. The self-inductance of a coil having 200 turns is 10 milli henry. Calc...

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