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Electrostatic Potential - Potential & Potential Difference

Physics · Grade 12 · Week 4 · 25 questions

In CBSE Grade 12 physics, Electrostatic Potential is a heavyweight chapter dealing with Potential & Potential Difference. For JEE and NEET, this chapter is equally important — conceptual clarity plus quick numerical practice is key.

What you'll practise

  • Analyse Potential & Potential Difference
  • Master the key derivations and worked examples from NCERT for electrostatic potential
  • Solve CBSE board-pattern problems from electrostatic potential including NCERT exemplar-level questions
All 25 questions in this Electrostatic Potential - Potential & Potential Difference quiz

Grade 12 PhysicsElectrostatic Potential - Potential & Potential Difference: 25 practice questions with instant scoring and explanations.

  1. Electric potential V at point is:
  2. SI unit of potential:
  3. 1 V = :
  4. Potential due to point charge: V = :
  5. Potential is a:
  6. Relation between E and V in uniform field:
  7. In uniform field E over distance d: V = :
  8. Potential energy of charge q at potential V:
  9. PE of two point charges q₁, q₂ at separation r:
  10. Potential at distance r from short dipole (along axis):
  11. Potential on equatorial plane of dipole:
  12. Potential difference between two points: V_B - V_A = :
  13. Work done by electric force on charge q moving from A to B:
  14. If 1 V potential difference is applied to 1 C charge, work done = :
  15. Electron volt is:
  16. 1 eV = :
  17. Potential inside a charged conductor (electrostatic):
  18. Potential due to uniformly charged sphere (total q, radius R) at r > R:
  19. Potential at surface of charged conducting sphere radius R:
  20. Potential inside uniformly charged sphere (non-conducting) at r < R:
  21. Potential gradient has units:
  22. If V is constant in a region, then E is:
  23. Electric potential is positive near:
  24. If work is done against field, PE of charge:
  25. At infinity, potential is assumed to be:
Question 1 of 250 correct so far

Electric potential V at point is: