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A conducting rod of unit length moves wi...

A conducting rod of unit length moves with a velocity of 5m/s in a direction perpendicular to its length and perpendicular to a uniform magnetic field of magnitude `0.4T`. Find the emf induced between the ends of the stick.

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To find the induced electromotive force (emf) between the ends of a conducting rod moving in a magnetic field, we can use the formula: \[ \text{emf} = B \cdot V \cdot L \] where: - \( B \) is the magnetic field strength (in Tesla), ...
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DC PANDEY ENGLISH-ELECTROMAGNETIC INDUCTION-Example
  1. Through a conducting coil along its axis, a short bar magnet is rapidl...

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  2. In a uniform magnetic field, a pi shaped metal frame is located perpen...

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  3. A conducting rod of unit length moves with a velocity of 5m/s in a dir...

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  4. The horizontal component of the earth's magnetic field at a place is 4...

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  5. A ring of radius 2m translates in its plane with a constant velocity 5...

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  6. Two rings of radii 5m and 10m move in opposite directions with velocit...

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  7. A vertical disc of diameter 10 cm makes 20 revolutions per second abou...

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  8. A square metal wire loop of side 20 cm and resistance 2Omega is moved ...

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  9. Figure shows the to views of a rod that can slide without friction. Th...

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  10. A square loop of side l being moved towards right at a constant speed ...

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

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  12. A uniform magnetic field exists in a circular region of radius R centr...

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  13. The current in an ideal, long solenoid is varied at a uniform rate of ...

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  14. The inductor shown in figure has inducance 0.54 H and carries a curren...

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  15. In the circuit diagram shown in Figure, R=10 Omega, L=5H, E=20v, i=2A....

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  16. In the figure shown i=10e^(-4t)A. Find VL and V(ab)

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  17. a. Calculate the inductance of an air core solenoid containing 300 tur...

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  18. What inductance would be needed to store 1.0 kWh of energy in a coil c...

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  19. Two coils having self-inductances, L(1)=5mH and L(2)=1mH. The current ...

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  20. Suppose a cube of volume 2mm^(3) is placed at the centre of a circular...

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