Lecture 8 - 20 (30.12.15 - 7.1.16)

19. MAGNETIC FIELD
19.1 Magnetic Field
19.2 Magnetic Field Produced By Current-Carrying Conductor
19.3 Force on a moving charged particle in a uniform magnetic field
19.4 Force on a current carrying conductor in a uniform magnetic field 
19.5 Forces between two parallel current-carrying conductors
19.6 Torque on a coil
19.7 Motion of charged particle in magnetic field and electric field

  

Lecture 7 - 13 ( 9 - 23.12)

18. ELECTRIC CURRENT AND DIRECT-CURRENT CIRCUITS
18.1 Electrical conduction
18.2 Ohm’s law & Resistivity
18.3 Variation of Resistance With Temperature
18.4 Electromotive Force (emf), Internal Resistance & Potential Difference
18.5 Electrical Energy & Power
18.6 Resistors In Series & Parallel
18.7 Kirchhoff’s Laws
18.8 Potential Divider
18.9 Potentiometer & Wheatstone Bridge

Lecture 3 - 6 (2 - 8.12)

17. CAPACITOR & DIELECTRICS [3 Hours]
17.1 Capacitance & Capacitors in Series & Parallel
17.2 Charging & Discharging of Capacitors
17.3 Capacitors With Dielectrics

Lecture 1 - 4 (24.11 - 1.12)

16. ELECTROSTATICS [4 Hours]
16.1  Coulomb’s Law
16.2 Electric Field
16.3 Electric Potential
16.4 Charge in a uniform electric field