Electrostatic Potential and Capacitance

49 topics, ranked by how often each is asked.

Practise Electrostatic Potential and CapacitanceBrowse all questions
  • 76 questions
  • 37 papers
  • 4.31% of Physics

Topics

The squares are the last ten exam years: filled means it was asked that year.

Topics

49 topics · 76 questions
  1. 1Capacitors with Dielectric Slabs1.3%1 questionPractise Capacitors with Dielectric Slabs
  2. 2Combination of Capacitors11%8 questionsPractise Combination of Capacitors
  3. 3Electric Dipole Potential1.3%1 questionPractise Electric Dipole Potential
  4. 4Potential due to a Charged Spherical Shell2.6%2 questionsPractise Potential due to a Charged Spherical Shell
  5. 5Parallel Plate Capacitor connected to a Battery1.3%1 questionPractise Parallel Plate Capacitor connected to a Battery
  6. 6Potential due to an Electric Dipole1.3%1 questionPractise Potential due to an Electric Dipole
  7. 7Potential due to a Charged Conducting Sphere1.3%1 questionPractise Potential due to a Charged Conducting Sphere
  8. 8Equipotential Surfaces1.3%1 questionPractise Equipotential Surfaces
  9. 9Sharing of Charge between Capacitors3.9%3 questionsPractise Sharing of Charge between Capacitors
  10. 10Conductors – Charge Distribution on Connected Spheres1.3%1 questionPractise Conductors – Charge Distribution on Connected Spheres
  11. 11Energy Stored in a Capacitor7.9%6 questionsPractise Energy Stored in a Capacitor
  12. 12Dielectrics and Polarisation – Polar Molecules1.3%1 questionPractise Dielectrics and Polarisation – Polar Molecules
  13. 13Electric Potential – Combination of Charged Drops1.3%1 questionPractise Electric Potential – Combination of Charged Drops
  14. 14Relation between Electric Field and Potential1.3%1 questionPractise Relation between Electric Field and Potential
  15. 15Dielectrics – Permittivity and Capacitance1.3%1 questionPractise Dielectrics – Permittivity and Capacitance
  16. 16Electric Potential due to an Electric Dipole1.3%1 questionPractise Electric Potential due to an Electric Dipole
  17. 17Capacitors in series-parallel combination (bridge network)1.3%1 questionPractise Capacitors in series-parallel combination (bridge network)
  18. 18Energy loss on sharing charge between two capacitors1.3%1 questionPractise Energy loss on sharing charge between two capacitors
  19. 19Properties of conductors in electrostatic equilibrium1.3%1 questionPractise Properties of conductors in electrostatic equilibrium
  20. 20Concept of capacitance1.3%1 questionPractise Concept of capacitance
  21. 21Electric potential due to a point charge1.3%1 questionPractise Electric potential due to a point charge
  22. 22Capacitor partially filled with dielectric slab1.3%1 questionPractise Capacitor partially filled with dielectric slab
  23. 23Series-parallel combination of capacitors1.3%1 questionPractise Series-parallel combination of capacitors
  24. 24Electric field outside a charged conducting sphere1.3%1 questionPractise Electric field outside a charged conducting sphere
  25. 25Parallel plate capacitor3.9%3 questionsPractise Parallel plate capacitor
  26. 26Potential due to a system of charges and work done1.3%1 questionPractise Potential due to a system of charges and work done
  27. 27Charge sharing between conducting spheres1.3%1 questionPractise Charge sharing between conducting spheres
  28. 28Energy loss on sharing charge between capacitors3.9%3 questionsPractise Energy loss on sharing charge between capacitors
  29. 29Energy stored in combination of capacitors1.3%1 questionPractise Energy stored in combination of capacitors
  30. 30Potential due to a uniformly charged sphere1.3%1 questionPractise Potential due to a uniformly charged sphere
  31. 31Energy conservation in electric field1.3%1 questionPractise Energy conservation in electric field
  32. 32Force between plates of a parallel plate capacitor1.3%1 questionPractise Force between plates of a parallel plate capacitor
  33. 33Equipotential surfaces and work done2.6%2 questionsPractise Equipotential surfaces and work done
  34. 34Capacitor with multiple dielectrics1.3%1 questionPractise Capacitor with multiple dielectrics
  35. 35Capacitor with dielectric1.3%1 questionPractise Capacitor with dielectric
  36. 36Relation between field and potential5.3%4 questionsPractise Relation between field and potential
  37. 37Dielectrics in capacitors1.3%1 questionPractise Dielectrics in capacitors
  38. 38Potential of a charged conductor1.3%1 questionPractise Potential of a charged conductor
  39. 39Potential in a uniform field1.3%1 questionPractise Potential in a uniform field
  40. 40Potential due to a system of charges5.3%4 questionsPractise Potential due to a system of charges
  41. 41Capacitance of a spherical conductor1.3%1 questionPractise Capacitance of a spherical conductor
  42. 42Dielectrics and capacitors1.3%1 questionPractise Dielectrics and capacitors
  43. 43Potential due to charged shells1.3%1 questionPractise Potential due to charged shells
  44. 44Potential and Field of a Point Charge1.3%1 questionPractise Potential and Field of a Point Charge
  45. 45Energy Stored in Capacitors1.3%1 questionPractise Energy Stored in Capacitors
  46. 46Potential Energy of a Dipole in an External Field1.3%1 questionPractise Potential Energy of a Dipole in an External Field
  47. 47Potential Energy of a System of Charges2.6%2 questionsPractise Potential Energy of a System of Charges
  48. 48Work Done by Electric Field1.3%1 questionPractise Work Done by Electric Field
  49. 49Electrostatics of Conductors1.3%1 questionPractise Electrostatics of Conductors

Questions per paper

Asked in 15 of the last 16 papers (2017–2026).

  1. 2026: 3 questions
  2. 2026 Re-NEET: 3 questions
  3. 2025: 1 question
  4. 2024: 4 questions
  5. 2024 Re-NEET: 3 questions
  6. 2023: 2 questions
  7. 2023 Manipur: 2 questions
  8. 2022: 3 questions
  9. 2022 Phase 2: 3 questions
  10. 2021: 5 questions
  11. 2020: 3 questions
  12. 2020 Phase-2: 2 questions
  13. 2019: not asked
  14. 2019 Odisha: 2 questions
  15. 2018: 1 question
  16. 2017: 2 questions

Concepts tested

  • Energy density of electric field 3
  • Series-parallel combination of capacitors 3
  • E = -grad V 2
  • Potential gradient 2
  • Accelerating potential and kinetic energy
  • Capacitor partially filled with dielectric slab
  • capacitor-charge-sharing-energy
  • capacitor-charge-sharing-loss
  • capacitor-plate-force
  • Capacitors in series
  • Change in electrostatic potential energy
  • Charge on capacitors in series and parallel
  • Charge sharing between conducting spheres
  • Charge sharing between spheres
  • Combination of capacitors
  • Common potential
  • composite-dielectric-capacitor
  • Concept of capacitance