Physics Paper II-Electrostatics, Magnetostatistics and Electrodynamics

Topic outline

• 

  APPLICATION OF GAUSS LAW
• 

  AVERAGE POWER CONSUMED IN AN AC CIRCUIT
• 

  BASIC LAW OF MAGNETOSTATICS
• 

  CALCULATION OF ELECTRIC FIELD INTENSITY
• 

  CALCULATION OF ELECTRIC POTENTIA
• 

  Calculation of Intensity of Electric Field
• 

  CHARGING OF CONDENSER THROUGH RESISTANCE
• 

  DECAY OF CURRENT IN LR CIRCUIT
• 

  DIELECTRICS, POLARIZATION AND ITS TYPES
• 

  ELECTRIC FIELD INTENSITY AND POTENTIAL DUE TO A CONDUCTION
• 

  EM WAVE EQUATION IN DIELECTRIC MEDIUM
• 

  EM WAVE EQUATION IN VACUUM
• 

  FARADAY'S LAW
• 

  GAUSS' LAW
• 

  GROWTH OF CURRENT IN LR CIRCUIT
• 

  LCR SERIES CIRCUIT
• 

  MAXWELLS -FIRST & SECOND EQUATIONS
• 

  MAXWELLS EQUATIONS
• 

  PARALLEL PLATE CONDENSER
• 

  RELATION BETWEEN D,E AND P
• 

  SPHERICAL CONDENSER
• 

  Average value of alternating current
• 

  Conversion of delta section into Y section
• 

  EM wave Equation in vacuum
• 

  Magnetic Field intensity due to a dipole in end on position
• 

  Numerical related to Maxwell's Equations II
• 

  Numerical related to Maxwell's Equations
• 

  Equation of continuity for stedy current and non steady current
• 

  Gyromagnetic Ratio
• 

  Motion of charge peaticle in parallel E & b-Part I
• 

  PARALLEL PLATE CAPACITOR
• 

  Faraday's Law of electromagnetic induction
• 

  Motion of charged particle in parallel electric an
• 

  TORQUE ON THE DIPOLE IN A UNIFORM ELECTRIC FIELD
• 

  Relationship between electric field and Elec
• 

  DISCHARGING OF CONDENSER THROUGH RESISTANCE
• 

  Curl M= J
• 

  Ampere's circuital law and its application