Curriculum
- 10 Sections
- 125 Lessons
- 10 Weeks
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- Ch 12 Electrostatics15
- 1.01 – Introduction to electrostatic
- 1.12 – Coulomb law
- 1.23 – Electric field
- 1.34 – Gauss law
- 1.45 – Electric flux
- 1.56 – Electric flux through a surface enclosing charge
- 1.67 – Electric intensity due to infinite sheet of charges
- 1.78 – Electric field intensity due to oppositely charged plates
- 1.89 – Electric potential
- 1.910 – Electric field as potential gradient
- 1.1011 – Electric potential at a point due to a point charge
- 1.1112 – Millikan oil drop experiment
- 1.1213 – Capacitors
- 1.1314 – Energy stored by capacitor
- 1.1415 – Short questions
- Chapter 13 Current Electricity16
- 2.01 – What is electric current
- 2.12 – Current through a metallic conductor
- 2.23 – Ohm law
- 2.34 – Resistivity and resistance
- 2.45 – Color code for carbon resistors
- 2.56 – Rheostat
- 2.67 – Thermistor
- 2.78 – Electrical power and power dissipation
- 2.89 – Emf and potential difference
- 2.910 – Kirchhoff first rule
- 2.1011 – Kirchhoff 2nd rule
- 2.1112 – Potentiometer
- 2.1213 – Wheatstone bridge
- 2.1314 – Short questions
- 2.1415 – Numericals
- 2.1516 – Numericals 5,6
- Chapter 14 Electromagnetism14
- 3.01 – Introduction to electromagnetism
- 3.12 – Magnetic field around a current carrying conductor
- 3.23 – Force on a current carrying conductor in magnetic field
- 3.34 – Magnetic flux
- 3.45 – Ampere law
- 3.56 – Magnetic field due to current carrying solenoid
- 3.67 – Force on a moving charge in magnetic field
- 3.78 – Lorentz force
- 3.89 – Cathode ray oscilloscope
- 3.910 – Charge to mass ratio
- 3.1011 – Galvanometer
- 3.1112 – Voltmeter
- 3.1213 – Ammeter
- 3.1314 – Ohmmeter
- Chapter 15 ELECTROMAGNETIC INDUCTION14
- 4.01 – Introduction to electromagnetic induction
- 4.12 – Motional emf
- 4.23 – Faraday law
- 4.34 – Lenz law
- 4.45 – Mutual induction
- 4.56 – Self-induction
- 4.67 – Energy stored in inductor
- 4.78 – AC generator
- 4.89 – DC generator
- 4.910 – Back motor effect
- 4.1011 – DC motor
- 4.1112 – Back emf
- 4.1213 – Transformer
- 4.1314 – Short questions
- CHAPTER 16 AC CURRENT14
- 5.01 – AC current
- 5.12 – RMS values of AC quantities
- 5.23 – Phase of AC
- 5.34 – Ac through resistor
- 5.45 – Capacitor in AC circuit
- 5.56 – AC through inductor
- 5.67 – AC through RC series circuit
- 5.78 – AC through R-L series circuit
- 5.89 – Power in AC circuit
- 5.910 – RLC series circuit
- 5.1011 – RLC parallel circuit
- 5.1112 – Electromagnetic waves
- 5.1213 – Transmission and reception of electromagnetic waves
- 5.1314 – Short questions
- CHAPTER 17 PHYSICS OF SOLIDS8
- 6.01 – Mechanical properties of solids
- 6.12 – Elastic limit and yield strength
- 6.23 – Strain energy in deformed materials
- 6.34 – Energy band theory
- 6.45 – Extrinsic and intrinsic semi conductor
- 6.56 – Electrical conduction in semi-conductors
- 6.67 – Origin of magnetism
- 6.68 – Paramagnetic, diamagnetic and ferromagnetic materials
- CHAPTER 18 ELECTRONICS12
- 7.01 – PN junction
- 7.12 – Forward biase PN junction
- 7.23 – Rverse biased PN junction
- 7.34 – Half wave and full wave rectifier
- 7.45 – Transistor
- 7.56 – Current flow through a transistor
- 7.67 – Transistor as an amplifier
- 7.78 – Introduction of op amplifier
- 7.89 – Op as inverting amplifier
- 7.910 – Op as non inverting amplifier
- 7.1011 – Op as night switch
- 7.1112 – Short questions
- CHAPTER 19 DAWN OF MODERN PHYSICS9
- CHAPTER 20 ATOMIC SPECTRA8
- CHAPTER 21 Introduction to Nuclear Physics15
- 10.01 – Introduction to nuclear physics
- 10.12 – Mass spectrograph
- 10.23 – Mass defect and binding energy
- 10.34 – Radioactivity
- 10.45 – Nuclear transmutation
- 10.56 – Half life
- 10.67 – Interaction of radiation with matter
- 10.78 – Wilson cloud chamber
- 10.89 – Gm counter
- 10.910 – Solid state detector
- 10.1011 – Nuclear fission
- 10.1112 – Basic forces of nature
- 10.1213 – Nuclear reactor
- 10.1314 – Building block of matter
- 10.1415 – Short questions
