1
Electric Charges & Fields
Coulomb's law • Superposition • Field lines
Electric flux • Gauss's law (intro & use)
📘 CBSE Class 12 • Physics
Physics, Class 12 — Launch Page
Explore both volumes with chapter‑wise key topics and learning objectives sourced from the CBSE Learning Framework.
2
Electrostatic Potential & Capacitance
V–E relation • Equipotentials • Energy
Capacitors • Series/parallel • Dielectrics
3
Current Electricity
Ohm's law • EMF & internal resistance
Kirchhoff's rules • Power & networks
4
Moving Charges & Magnetism
Lorentz force • Motion in B • Cyclotron
Biot–Savart • Ampere's law • Solenoids
5
Magnetism & Matter
Magnetic materials • Hysteresis • Earth
Susceptibility • Curves
6
Electromagnetic Induction
Faraday & Lenz • Eddy currents
Self/mutual induction • Transformers
7
Alternating Current
RMS • RLC • Phasors
Impedance • Resonance • PF
8
Electromagnetic Waves
Displacement current • Wave properties
EM spectrum • Applications
Learning Objectives — Chapter 1
Learning Objectives — Chapter 2
Learning Objectives — Chapter 3
Learning Objectives — Chapter 4
Learning Objectives — Chapter 5
Learning Objectives — Chapter 6
Learning Objectives — Chapter 7
Learning Objectives — Chapter 8
9
Ray Optics & Optical Instruments
Reflection/refraction • Lens maker & images
Microscopes • Telescopes • Aberrations
10
Wave Optics
Interference • Diffraction • Polarization
YDSE • Coherence • Applications
11
Dual Nature of Radiation & Matter
Photoelectric • Einstein's equation
de Broglie • Electron diffraction
12
Atoms
Rutherford scattering • Bohr model
Spectral series • Energy quantization
13
Nuclei
Binding energy • Radioactivity • Half‑life
Fission/fusion • Nuclear energy
14
Semiconductor Electronics
p‑n junctions • Diodes • Rectifiers
Transistors • Amplifiers • Logic gates
15
Communication Systems (if included)
Elements • Bandwidth • Modulation
Noise • Applications
Learning Objectives — Chapter 1
Learning Objectives — Chapter 2
Learning Objectives — Chapter 3
Learning Objectives — Chapter 4
Learning Objectives — Chapter 5
Learning Objectives — Chapter 6
Learning Objectives — Chapter 7
Learning Objectives — Chapter 8
9
Ray Optics & Optical Instruments
Reflection/refraction • Lens maker & images
Microscopes • Telescopes • Aberrations
10
Wave Optics
Interference • Diffraction • Polarization
YDSE • Coherence • Applications
11
Dual Nature of Radiation & Matter
Photoelectric • Einstein's equation
de Broglie • Electron diffraction
12
Atoms
Rutherford scattering • Bohr model
Spectral series • Energy quantization
13
Nuclei
Binding energy • Radioactivity • Half‑life
Fission/fusion • Nuclear energy
14
Semiconductor Electronics
p‑n junctions • Diodes • Rectifiers
Transistors • Amplifiers • Logic gates
15
Communication Systems (if included)
Elements • Bandwidth • Modulation
Noise • Applications