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A parallel-plate capacitor is filled wit...

A parallel-plate capacitor is filled with a dielectric up to one-half of the distance between the plates.The manner in which the potential between the plates varies is illustrated in the figure. Which half `(1 or 2)` of the space between the plates is filled with the dielectric and what will be the distribution of the potential after the dielectric is taken out of the capacitor provided that (a) the charges on the plates are conserved or (b) the potential difference across the capacitor is conserved?

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RESONANCE-CAPACITANCE-Exercise - 1
  1. In figure shown, two parallel plate capacitors with fixed plates and c...

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  2. The plates of the parallel plate capacitor have plate area A and are c...

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  3. A parallel-plate capacitor is filled with a dielectric up to one-half ...

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  4. Positive charge q is given to each plate of a parallel plate air capac...

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  5. The radii of two metallic spheres are 5 cm and 10 cm and both carry ...

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  6. Two conducting spheres of radii r(1) and r(2) having charges Q(1) and ...

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  7. A parallel plate capacitor is charged up to a potential of 300 volts....

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  8. A parallel plate capacitor is charged up to a potential of 300 volts....

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  9. A parallel plate capacitor is charged up to a potential of 300 volts....

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  10. A parallel plate capacitor is charged up to a potential of 300 volts....

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  11. A parallel plate capacitor is charged and then isolated. On increasing...

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  12. A parallel plate capacitor is charged and the charging battery is then...

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  13. The work done against electric in increasing the potential difference ...

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  14. The magnitude of charge in steady state on either of the plates of c...

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  15. The plate separation in a parallel plate condenser and plate area is A...

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  16. In the adjoining diagram, the condenser C will be fully charged to pot...

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  17. A parallel plate capacitor of capacitance C is connected to a battery ...

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  18. In the following figure, the charge on each condenser in the steady s...

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  19. In the adjoining circuit, the capacity between the points A and B will...

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  20. The resultant capacity between the points A and B in the adjoining cir...

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