CBSE 12th Physics 2025 Important Topics for Exam Day Preparation

CBSE 12th Physics 2025 Important Topics for Exam Day Preparation is given here (Image Credits: pexels.com).

CBSE 12th Physics 2025 Important Topics: The CBSE Class 12th Physics board exams 2025 is scheduled for February 21, 2025. As the CBSE 12th Exams are approaching, it's crucial to focus on the CBSE 12th Physics 2025 Important Topics for Exam Day Preparation. To help students prepare effectively, here is a compiled list of key areas that they should prioritize for exam day preparation. This CBSE 12th Physics 2025 chapter-wise guide will assist the appearing students in maximizing their scores and achieving academic success.

JEE Main Formula Sheet 2025 Session 1: Physics, Chemistry, Maths PDF Link

Also Read:

CBSE 12th Physics 2025 Important Topics for Exam Day Preparation

Candidates must note that the CBSE Class 12th Physics Exam is divided into two parts - Theory Exam and Practical Exam. While the theory exam holds 70 marks, the practical exam will be of 30 marks. The CBSE 12th Physics 2025 theory question paper includes different types of questions, such as theory, derivation, numerical, and graph. In 70 marks of question paper, around 22 marks questions will be from theory, derivations will be worth 16 marks, and numerical questions will be of around 32 marks. CBSE 12th Physics 2025 Important Topics for Exam Day Preparation is crucial for candidates preparing for the CBSE 12th Board Science stream.

Unit	Chapter Name	Important Topics for Exam Day
Unit - 1 Electrostatics	Chapter - 1 Electric Charges and Fields	Coulomb's Law Dipole Application of Gaws Law
Unit - 1 Electrostatics	Chapter 2 - Electrostatic Potential and Capacitance	Equipotential surface Potential energy of the system of charges Energy stored in the capacitor
Unit - 2 Current Electricity	Chapter 3: Current Electricity	Drift of electrons and resistivity Temperature dependence of resistivity Kirchoff’s Law Wheatstone bridge
Unit - 3 Magnetic Effects of Current and Magnetism	Chapter 4: Moving Charges and Magnetism	Motion in a magnetic Field Force between two parallel wires Moving coil galvinator
Unit - 3 Magnetic Effects of Current and Magnetism	Chapter 5: Magnetism and Matter	The Bar magnet Magnetic Properties of Material
Unit - 4 Electromagnetic Induction and Alternating Currents	Chapter - Chapter 6: Electromagnetic Induction	Lenz’s Law Faraday law Self and mutual Induction
	Chapter 7: Alternating Current	Series LCR Power in AC circuits Transformers
Unit - 5 Electromagnetic Waves	Chapter 8: Electromagnetic Waves	Displacement Current Electromagnetic Spectrum
Unit - 6 Optics	Chapter 9: Ray Optics and Optical Instruments	Optical Instruments (Diagram)
Unit - 6 Optics	Chapter 10: Wave Optics	Reflection and Refraction of Wave Theory Interference and YDSE
Unit - 7 Dual Nature of Radiation and Matter	Chapter 11: Dual Nature of Radiation and Matter	Einstein Photoelectric Equation All Graphs Wave Nature of Matter
Unit 8- Atoms and Nuclei	Chapter–12: Atoms	Alpha Particle Experiment and Model Bohr Model
Unit 8- Atoms and Nuclei	Chapter–13: Nuclei	Mass Energy and BEN Curve Nuclear Force Nuclear Energy
Unit - 9 Electronic Devices	Chapter 14: Semiconductor Electronics: Materials, Devices and Simple Circuits	P-N Junction Semiconductor Diode Application of Diode