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CBSE Year 12
CBSE Grade 12 Crash Course Physics
CBSE Grade 12 Crash Course Physics
Curriculum
12 Sections
59 Lessons
60 Hours
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Electric Charges and Fields
4
1.0
Introduction to electric charges
1.1
Coulomb’s law and its applications
1.2
Electric field and electric field lines
1.3
Gauss’s law and its applications
Electrostatic Potential and Capacitance
5
2.0
Electric potential due to a point charge
2.1
Equipotential surfaces
2.2
Potential energy of a system of charges
2.3
Capacitance of a capacitor
2.4
Parallel plate capacitors and their capacitance
Current Electricity
6
3.0
Electric current and its units
3.1
Ohm’s law and its applications
3.2
Resistance and resistivity
3.3
Combination of resistors
3.4
Kirchhoff’s laws and their applications
3.5
Electric power and energy
Moving Charges and Magnetism
5
4.0
Biot-Savart law and Ampere’s circuital law
4.1
Magnetic field due to a current-carrying conductor. Magnetic properties of materials
4.2
Magnetic field lines and their properties
4.3
Magnetic properties of materials
4.4
Force on a current-carrying conductor in a magnetic field
Magnetism and Matter
5
5.0
Magnetic dipole and magnetic dipole moment
5.1
Earth’s magnetic field and magnetic declination
5.2
Permanent magnets and electromagnets
5.3
Magnetization and demagnetization
5.4
Hysteresis and its importance
Electromagnetic Induction
5
6.0
Faraday’s laws of electromagnetic induction
6.1
Lenz’s law and its applications
6.2
Self-induction and mutual induction
6.3
Eddy currents and their effects
6.4
Inductance and inductors
Alternating Current
5
7.0
AC voltage and current
7.1
RMS value and peak value
7.2
AC circuit with resistors, inductors, and capacitors
7.3
Phasors and phasor diagrams
7.4
Resonance in AC circuits
Electromagnetic Waves
5
8.0
Electromagnetic spectrum
8.1
Characteristics and properties of electromagnetic waves
8.2
Sources and applications of electromagnetic waves
8.3
Electromagnetic waves and their propagation
8.4
Reflection, refraction, and polarization of electromagnetic waves
Optics
5
9.0
Reflection and refraction of light
9.1
Dispersion and spectrum of light
9.2
Optical instruments (microscope, telescope)
9.3
Wavefronts and Huygens’ principle
9.4
Interference and diffraction of light
Dual Nature of Radiation and Matter
5
10.0
Particle nature and wave nature of radiation
10.1
Photoelectric effect
10.2
Compton effect
10.3
de Broglie wavelength
10.4
Davisson-Germer experiment
Atoms and Nuclei
4
11.0
Atomic structure and Bohr’s model
11.1
Quantum mechanical model of the atom
11.2
Nuclear structure and properties. Nuclear reactions
11.3
Radioactivity and its applications
Electronic Devices
5
12.0
Semiconductors and their properties
12.1
PN junction diode and its applications
12.2
Transistors and their configurations
12.3
Logic gates and their truth tables
12.4
Digital electronics and communication systems
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