Chapter 12 ELECTROSTATIC

introduction to electrostatic
Coulomb law
Electric field
Gauss law
Electric flux
Electric flux through a surface enclosing charge
Electric intensity due to infinite sheet of charges
Electric field intensity due to oppositely charged plates
Electric potential
Electric field as potential gradient
Electric potential at a point due to a point charge
Millikan oil drop experiment
Capacitors
Energy stored by capacitor
Short questions

Chapter 13 current electricity

What is electric current
Current through a metallic conductor
Ohm law
Resistivity and resistance
Color code for carbon resistors
Rheostat
Thermistor
Electrical power and power dissipation
Maximum power output
Emf and potential difference
Kirchhoff first rule
Kirchhoff 2nd rule
Potentiometer
Wheatstone bridge
Short questions
Numericals
Numericals 5,6

Chapter 14 Electromagnetism

Introduction to electromagnetism 
Magnetic field around a current carrying conductor
Force on a current carrying conductor in magnetic field
Magnetic flux
Ampere law
Magnetic field due to current carrying solenoid
Force on a moving charge in magnetic field
Lorentz force
Cathode ray oscilloscope
Charge to mass ratio
Torque on current carrying coil in magnetic field
Galvanometer
Voltmeter
Ammeter
Ohmmeter

Chapter 15: ELECTROMAGNETIC INDUCTION

Introduction to electromagnetic induction
Motional emf
Faraday law
Lenz law
Mutual induction
Self-induction
Energy stored in inductor
AC generator
DC generator
Back motor effect
DC motor
Back emf
Transformer
Short questions

CHAPTER 16: AC CURRENT

AC current
RMS values of AC quantities
Phase of AC
Ac through resistor
Capacitor in AC circuit
AC through inductor
AC through RC series circuit
AC through R-L series circuit
Power in AC circuit
RLC series circuit
RLC parallel circuit
Electromagnetic waves
Transmission and reception of electromagnetic waves
Short questions

CHAPTER 17: PHYSICS OF SOLIDS

Mechanical properties of solids
Elastic limit and yield strength
Strain energy in deformed materials
Energy band theory
Extrinsic and intrinsic semi conductor
Electrical conduction in semi-conductors
Origin of magnetism
Paramagnetic, diamagnetic and ferromagnetic materials

CHAPTER 18: ELECTRONICS

PN junction
Forward biase PN junction
Rverse biased PN junction
Half wave and full wave rectifier
Transistor
Current flow through a transistor
Transistor as an amplifier
Introduction of op amplifier
Op as inverting amplifier
Op as non inverting amplifier
Op as night switch
Short questions

CHAPTER 19: DAWN OF MODERN PHYSICS

Black body radiations
Photoelectric effect
Compton effect
Pair production
Annihilation of matter
Wave particle duality
Wave nature of matter and De-Broglie wavelength
Uncertainty principle
Short question

CHAPTER 20: ATOMIC SPECTRA

Bohar atomic model
Quantized radii for hydrogen atom
Quantized energy
x-ray production
Uncertainty whiten atom
Spontaneous and stimulated emission
Laser working
Short questions

CHAPTER 21: Introduction to Nuclear physics

Introduction to nuclear physics
Mass spectrograph
Mass defect and binding energy
Radioactivity
Nuclear transmutation
Half life
Interaction of radiation with matter
Wilson cloud chamber
Gm counter
Solid state detector
Nuclear fission
Basic forces of nature
Nuclear reactor
Building block of matter
Short questions