Karnataka 2nd PUC Physics Model Question Papers 2026-27 PDF Download – MQP 1 to 5

Download the Karnataka 2nd PUC Physics Model Question Papers 2026-27 for examination preparation. This page provides five model papers, numbered MQP 1 to MQP 5, in PDF format.

The Physics model question papers help students understand the examination pattern, revise important concepts, practise derivations, draw relevant diagrams and solve numerical problems. Students can use these papers for both chapter-wise revision and timed mock examinations.

Karnataka 2nd PUC Physics 2026-27 – Quick Details

Board	Karnataka School Examination and Assessment Board (KSEAB)
Class	2nd PUC / II PUC
Subject	Physics
Subject Code	33
Academic Year	2026-27
Model Papers	MQP 1, MQP 2, MQP 3, MQP 4 and MQP 5
Maximum Marks	70
Examination Duration	3 Hours
Numbered Questions	45
Language	English
Format	PDF

Download Karnataka 2nd PUC Physics Model Question Papers 2026-27

All five Physics model papers are listed below. Select View PDF to open the file in Google Drive or Download PDF to save a copy for offline practice.

Model Question Paper	View Online	Download
Physics MQP 1 2026-27 | English	View PDF	Download PDF
Physics MQP 2 2026-27 | English	View PDF	Download PDF
Physics MQP 3 2026-27 | English	View PDF	Download PDF
Physics MQP 4 2026-27 | English	View PDF	Download PDF
Physics MQP 5 2026-27 | English	View PDF	Download PDF

Important: These links are based on the five Google Drive file IDs supplied for this collection. Confirm that they correspond to Physics MQP 1-5 and that each file permits viewing and downloading. The model papers do not include separate answer keys or solved answers.

Karnataka 2nd PUC Physics Question Paper Pattern 2026-27

The uploaded Physics model papers contain 45 numbered questions, carry 70 marks and specify an examination duration of 3 hours.

The paper is divided into four compulsory parts: A, B, C and D. Part D has two separate groups of questions, and students must follow the choice instructions for each group.

Part	Question Pattern	Marks
A	15 multiple-choice questions and 5 fill-in-the-blanks	20
B	Answer any 5 questions, 2 marks each	10
C	Answer any 5 questions, 3 marks each	15
D – V	Answer any 3 questions, 5 marks each	15
D – VI	Answer any 2 numerical problems, 5 marks each	10
Total		70

Important Examination Instructions

The model papers specify that all four parts are compulsory. In Part A, only the first written answer will be considered for evaluation.

Students should draw relevant diagrams, figures and circuit diagrams wherever necessary. Numerical problems must include appropriate formulas, detailed working and correct final answers.

Important Physics Topics for Practice

The following topics have been identified from the questions appearing in the five uploaded 2026-27 Physics model papers. They provide a useful framework for revision.

• Electric Charges and Fields: Coulomb's law, electric field, electric flux, electric dipole and Gauss's law.
• Electrostatic Potential and Capacitance: Electric potential, equipotential surfaces, capacitors, capacitance combinations and stored energy.
• Current Electricity: Electric current, drift velocity, Ohm's law, resistivity, Kirchhoff's laws, galvanometer and electrical circuits.
• Moving Charges and Magnetism: Lorentz force, Biot-Savart law, Ampere's circuital law, magnetic field due to current-carrying conductors and force on moving charges.
• Magnetism and Matter: Magnetic dipoles, magnetic field lines, paramagnetic, diamagnetic and ferromagnetic materials.
• Electromagnetic Induction: Faraday's law, Lenz's law, induced emf, inductance, stored magnetic energy and AC generators.
• Alternating Current: AC circuits, resistance, inductance, capacitance, impedance, resonance, phase difference and transformers.
• Electromagnetic Waves: Properties, applications and electromagnetic wave generation.
• Ray Optics and Optical Instruments: Reflection, refraction, mirrors, lenses, prisms, microscopes and telescopes.
• Wave Optics: Huygens' principle, interference, Young's double-slit experiment, diffraction and polarization.
• Dual Nature of Radiation and Matter: Photoelectric effect, Einstein's photoelectric equation and de Broglie wavelength.
• Atoms and Nuclei: Rutherford and Bohr atomic models, nuclear binding energy, nuclear force, fission, fusion and radioactive decay.
• Semiconductor Electronics: Intrinsic and extrinsic semiconductors, p-n junction diodes, rectifiers and energy bands.

Note: These are practice topics found in the uploaded model papers, not an independently verified official list of chapter weightages or guaranteed examination questions.

Important Derivations and Diagrams to Practise

The model papers include a variety of derivation-based and diagram-based questions. Students should practise presenting the steps of a derivation clearly and labelling all relevant physical quantities.

Examples appearing in the model papers include:

• Electric field or electric potential using electrostatic principles and Gauss's law.
• Capacitance of parallel plate capacitors and equivalent capacitance.
• Drift velocity, conductivity and applications of circuit laws.
• Magnetic fields due to circular current loops and solenoids.
• Electromagnetic induction, induced emf and AC generator principles.
• Reflection and refraction using Huygens' principle.
• Lens maker's formula and optical instrument diagrams.
• p-n junction diode characteristics and rectifier circuits.

These examples are based on the uploaded papers. Students should revise the corresponding textbook material rather than limiting preparation to this list.

How to Practise Physics Numerical Problems

The model papers contain numerical problems involving electrostatics, capacitance, current electricity, alternating current, optics and other areas.

Before solving a problem, identify the given values and the physical quantity to be calculated. Choose the relevant formula, substitute the values with consistent units and show the calculations clearly.

After completing the calculation, check the magnitude and unit of the answer. The model-paper instructions emphasise that writing only the final numerical result without a formula and detailed steps is insufficient.

How to Prepare Using Physics MQP 1 to MQP 5

Step 1 – Solve MQP 1: Attempt the full paper within three hours. Identify topics where more revision is needed.

Step 2 – Review mistakes: Check incorrect formulas, unfinished derivations, missing circuit diagrams and calculation errors.

Step 3 – Practise MQP 2: Focus on clear derivations, relevant diagrams and correct application of physical laws.

Step 4 – Complete MQP 3: Revise numerical methods and ensure that each numerical answer includes the necessary working.

Step 5 – Attempt MQP 4: Treat it as a timed practice examination. Work on answering questions accurately while managing time.

Step 6 – Solve MQP 5: Attempt it as a final mock examination and review the answers using your textbook and class notes.

After finishing the five model papers, practise older board examination papers to improve confidence and familiarity with different question styles.

Karnataka 2nd PUC Physics Previous Question Papers

Students can find additional Physics examination papers through the existing PediaWikiBlog archive.

Karnataka PUC Physics Previous Question Papers – Subject Archive

Karnataka 2nd PUC Physics Question Paper – March 2025

Karnataka 2nd PUC Physics Question Paper – February 2025

Browse Karnataka PUC Subject-Wise Question Papers

Frequently Asked Questions

1. How many Physics model question papers are available for 2026-27?

Five model question papers, numbered MQP 1 through MQP 5, are included in this collection.

2. What is the subject code for Karnataka 2nd PUC Physics?

The subject code is 33.

3. What are the maximum marks and examination duration?

Each model paper carries 70 marks and specifies an examination duration of 3 hours.

4. How many questions are included?

The model papers contain 45 numbered questions, with instructions on how many to answer in each section.

5. Are numerical problems included?

Yes. The model papers include numerical problems, and students are required to show formulas and detailed working.

6. Are the five Physics papers available in Kannada and English?

The five source PDF files used for this collection are in English.

7. Do the PDFs include solved answers?

No. The supplied materials contain model question papers, not separate answer keys or worked solutions.

Need Official KSEAB Information?

For board contact details, office address and official website information, visit:

KSEAB Contact Details – Phone Number, Email, Address and Website

Important Information

PediaWikiBlog.com is an independent educational website and is not affiliated with the Karnataka School Examination and Assessment Board (KSEAB).

The model question papers are shared for educational and examination-preparation purposes. Students should follow official KSEAB notifications for final examination dates, syllabus changes and examination instructions.

Last Updated: 11 October 2026