CBSE Class 12 Physics exam tomorrow; question paper pattern, important topics, last-minute preparation tips

CBSE Class 12 Physics exam tomorrow; question paper pattern, important topics, last-minute preparation tips

CBSE Class 12 Physics exam 2025: With just a day left, students must focus on key topics, practice previous year’s papers, and revise crucial numerical problems to score well

The CBSE Class 12 Board Exams 2025 are underway
Business Today Desk
  • Feb 20, 2025,
  • Updated Feb 20, 2025, 4:42 PM IST

The CBSE Class 12 Board Exams 2025 are underway, with the Physics exam scheduled for February 21, 2025. With just a day left, students must focus on key topics, practice previous year’s papers, and revise crucial numerical problems to score well.

As per CBSE’s 2024-25 sample paper, the Physics question paper will: contain 30 compulsory questions, be divided into five sections (A to E), carry a total of 70 marks and have a 3-hour duration.

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Question paper pattern: 20% multiple-choice questions (MCQs) 30% competency-based questions in the form of MCQs, case-based questions, source-based integrated questions, etc. 50% short/long answer questions

Why is solving previous year papers crucial? Practicing CBSE Class 12 Physics Question Papers from previous years helps students to: Understand the exam pattern & marking scheme Identify high-weightage topics Improve speed & accuracy Boost confidence by attempting real exam-like questions

Previous year's question papers and sample papers can be downloaded from the CBSE website.

Key theoretical concepts to revise Electrostatics & Current Electricity – Electric dipole, Gauss’s law, drift velocity Magnetism & Electromagnetic Induction – Moving coil galvanometer, AC generator, transformer Optics – Refraction, prism, Young’s double-slit experiment, compound microscope, telescope Modern Physics – Atomic structure, PN diode, rectifier, energy of an electron in orbit Electromagnetic Waves – Properties of magnetic materials, electromagnetic wave characteristics

Important numericals & graph-based questions Numericals on – Electric field, capacitance, circuits, magnetic field, force, interference fringe width Graph-based questions on – Resistivity vs temperature, photoelectric effect, stopping potential

High-weightage chapter-wise topics Electrostatics – Electric dipole, Gauss’s law, capacitors Current electricity – Drift velocity, Kirchhoff’s laws, Wheatstone bridge Magnetism & electromagnetism – Biot-Savart’s law, torque on a loop, force between conductors

Final tip With one day left, focus on formula revision, concept clarity, and time management. Practice numericals and past papers to strengthen weak areas.    

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