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Figure shows some equipotential lines ...

Figure shows some equipotential lines distributed in space. A charged object is moved from point `A` to point `5`.

A

The work done in Fig. (i) is the greatest

B

The work done in Fig. (ii) is least

C

The work done is the same Fig. (i), Fig. (ii) and Fig. (iii)

D

The work done in Fig, (iii) is greater than Fig. (ii) but equal to that in

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The correct Answer is:
C
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DC PANDEY-ELECTROSTATIC POTENTIAL AND CAPACITORS-(A) Chapter exercises
  1. The mutual electrostatic potential energy between two protons which ar...

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  2. Three capacitor of capacitance C(mu F) are connected in parallel to wh...

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  3. Figure shows some equipotential lines distributed in space. A charge...

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  4. The electrostatic potential on the surface of a charged concducting sp...

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  5. Two conducting spheres of radii 3 cm and 1 m are separated by a distan...

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  6. Three cahrges each+q, are placed at the corners of an isosceles trinag...

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  7. An electric charge 10^-3muC is placed at the origin (0, 0) of X-Y co-o...

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  8. Two identicaln thin rings each of radius 10 cm carrying charges 10 C a...

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  9. Two equal charges q of opposite sign separated by a distance 2a consti...

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  10. The electrostatic potential phi(r), of a spherical symmetrical system ...

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  11. An electric dipole when placed in a uniform electric field E will have...

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  12. Electric charges of +10 muC,+5 muC,-3 muC and +8 muC are placed at the...

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  13. The displacement of a charge Q in the electric field vec(E) = e(1)hat(...

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  14. Two electric charges 12 mu C and -6 mu C are placed 20 cm apart in air...

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  15. In the rectangle, shown below, the twp corners have charges q(1)=-5muC...

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  16. Electric potential at any point is V = - 5 x + 3y + sqrt(15) z, then t...

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  17. A thin spherical conducting shell of radius R has a charge q. Another ...

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  18. In the given circuit, a charge of +80muC is given to the upper plate o...

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  19. The capacitance of a capacitor between 4//3 times its original value i...

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  20. Point charge q(1) = 2 mu C and q(2) = - 1mu C are kept at points x = 0...

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