top of page

Lectures

Electrostatics

  1. A complete Review of Electric Charges and Field and NCERT Exercise

  2. Properties of charges at rest

  3. Electrostatics-I(Charge, Properties of charge, Laws of electrostatics)

  4. Vector Form of Coulomb's Law

  5. superposition principle and comparison (Electrostatic and gravitational Force)

  6. Dielectric Constant and Numerical Problems of Quantization

  7. Electric field and Properties of Field Lines

  8. Numerical Session of Electrostatics-I ( Charges and Forces)

  9. Continuous Charge Distribution

  10. Electric Dipole and Electric Field on its Axis

  11. Electric field intensity at the equator of Dipole and Torque in Uniform Field

  12. Gauss's Theorem and Area Vector (Electric Flux)

  13. Gaussian Surfaces, Coulomb's Law from Gauss's Law and Electric field due to infinitely long wire

  14. Electric field due to Infinite Plane charged sheet and E field due to two Parallel plates

  15. Electric potential and Potential Difference (Voltage) and its value at a point

  16. Relation Between Electric Field and Potential and brief about Equipotential Surface

  17. Combination of Capacitors:Series and Parallel 

Magnetic effects of Current

  1. Oersted's Experiment|Biot Savart Law

  2. Unit of Magnetic Field|comparison Coulomb's Law and Biot Savart Law

  3. Magnetic field due to long straight conductor carrying current

  4. Magnetic field at the centre and the axis of a circular coil loop

  5. Magnetic field| Ampere's Circuital Law

  6. Magnetic field Inside a long solenoid|TOROID|Numericals

  7. Force experienced by a charge moving in Magnetic field|Palm Rule 

  8. work done by magnetic force on charge particle is zero

  9. Cyclotron-Principle, construction and Working|Uses and Limitations

  10. Force experienced by current carrying conductor in Magnetic Field

  11. Torque experienced by current loop placed in Magnetic Field

  12. Moving coil galvanometer|Sensitivity

  13. NCERT Exercise|Magnetic Effects of Current

  14. Magnet|Magnetism|Properties of Magnet|Coulomb's Law for Magnets

  15. Magnetic Dipole|Dipole Moment|Magnetic Field Lines| Properties

  16. Magnetic field on the axial point of a bar magnet

  17. Magnetic field on the equatorial point of a bar magnet

  18. Torque on magnetic dipole in magnetic field

  19. Potential energy of a magnetic dipole|A current loop as a Dipole

​

​

Current Electricity

  1. Drift velocity and relationship between drift velocity and current

  2. Kirchhoff's Law, KCL, KVL or Loop Rule  & Junction Rule

  3. Wheatstone Bridge

  4. Metre Bridge or Slide wire bridge

Optics

  1. Ray optics|Mirror formula| derivation|concave mirror

  2. Ray optics|Total Internal Reflection|Optical Fibres

  3. Ray optics|spherical lenses and sign convention

  4. Ray optics|Refraction at convex surface-I(rarer to denser)

  5. Ray optics|Refraction at convex surface-2(Denser to Rarer)

  6. Ray optics|Lens Maker's Formula for Convex Lens

  7.  Ray optics|Refraction from Rarer to denser Concave Surface

  8. Ray optics|Refraction at concave surface|Lens Maker's Formula

  9. Ray optics|Thin Len Formulae for Convex and Concave Lenses

  10. Ray optics|Combination of Lenses|Power|Linear magnification

  11. Refraction through Prism| Refractive Index|Minimum Deviation

  12. Deviation through Prism| Dispersion and dispersive power

  13. Wave Optics|Wavefronts

  14. Wave Optics| Introduction to Waves and Interference

  15.  Wave Optics| Interference|Young's Double Slit Experiement

  16. Wave Optics| Interference|Young's double slit experiment

  17. Wave optics|Conditions of Constructive and Destructive Interference

  18. Wave Optics|Fringe Width and Intensity Derivation Equations

  19. Wave Optics|Maths of constructive and destructive interference

  20. Wave Optics|Review of Interference|Coherent and Incoherent source

  21. Wave Optics|Theory of Interference Fringes|Fringe Width

  22. Wave Optics|Introduction to Diffraction

  23. Wave Optics|Experimental Demonstration of Polarisation|Malus Law

  24. Wave Optics|Brewster law|Polarisation by reflection

  25. ​

​

​

​

  • LinkedIn
  • Pinterest
  • YouTube
  • Facebook
  • Twitter
  • Instagram

© Copyright 2020 Dr. Dushyant's Physics Classes by Dr. Dushyant Pradeep

Contact Us

0

Tel: +91-7006357370

Email: dushyant3186@gmail.com

Address

Online Platform for Education 

bottom of page