The Karnataka 2nd PUC syllabus 2025–26 plays a decisive role in KCET rank, board results, and engineering or medical admissions. With 70 marks for theory + 30 marks for practicals in science subjects, and 100 marks for theory in Mathematics, this year directly impacts both board percentages and entrance outcomes.
The DPUE-rationalised syllabus focuses on high-weightage areas like Optics (17 marks) in Physics, Organic Chemistry (25–30 marks), Calculus (25 marks) in Maths, and Genetics (25 marks) in Biology. With nearly 95% syllabus overlap between PUC II and KCET, a single, focused preparation can cover both exams effectively.
| Subject | Core Topics | Marks | Exam Focus | KCET / NEET Weightage | High-Priority Areas / Notes |
|---|---|---|---|---|---|
| Physics | Electrostatics, Current Electricity, Magnetism, EMI & AC, Optics, Dual Nature, Atoms & Nuclei, Semiconductor Electronics (14 chapters) | 70 Theory + 30 Practical | Numericals (45%), derivations (20%), diagrams (15%), application-based questions | 45% direct overlap (KCET/NEET) | Highest weightage: Current Electricity, Electrostatics, Optics; Modern Physics scoring; circuit diagrams important |
| Chemistry | Solutions, Electrochemistry, Chemical Kinetics, d & f Block, Coordination Compounds, Organic Chemistry (Haloalkanes to Biomolecules) | 70 Theory + 30 Practical | Numericals (35%), reaction mechanisms (30%), reasoning (20%) | 40% direct overlap (KCET/NEET) | Organic Chemistry ≈ 35–40% weightage; Electrochemistry & Kinetics numericals crucial; named reactions must-master |
| Mathematics | Calculus (Differentiation & Integration), Vectors, 3D Geometry, Probability, Matrices & Determinants | 80 Theory + 20 Internal | Long problems (40%), proofs (20%), application-based numericals | 50% direct overlap (KCET/JEE) | Calculus ≈ 45% of paper; Integrals & Differentiation high weightage; daily problem-solving essential |
| Biology | Reproduction, Genetics & Evolution, Biotechnology, Human Health & Disease, Ecology & Biodiversity | 70 Theory + 30 Practical | Diagrams (35%), genetic crosses (25%), process explanations (20%) | 50% NEET foundation | Highest weightage: Genetics & Molecular Basis; 50+ diagrams compulsory; biotech processes scoring |
| Computer Science | Python programming, file handling, data structures, SQL & DBMS, networking basics | 70 Theory + 30 Practical | Programs (40%), SQL queries (25%), output prediction (20%) | --- | Python ≈ 60% blueprint weight; coding accuracy crucial; project carries marks |
| Electronics | Semiconductor devices, amplifiers, oscillators, digital electronics, logic gates, communication systems | 70 Theory + 30 Practical | Numericals (35%), circuit diagrams (30%), characteristics (20%) | --- | High weightage: Semiconductor devices & digital circuits; practical experiments scoring |
Physics in 2nd PUC moves from foundational mechanics to advanced concepts that directly support engineering and medical entrance preparation. The syllabus includes electrostatics, current electricity, magnetism, electromagnetic induction, optics, modern physics, and semiconductor electronics. With 70 marks for theory and 30 for practicals, students must focus heavily on numericals and clear derivations.
Current electricity, electrostatics, and optics carry high weightage. Diagrams and circuit-based questions are common in board exams. Practical sessions involve electrical circuits, optics experiments, and measurements that contribute directly to final marks.
Strong problem-solving practice and formula revision are essential for balancing board exams and competitive preparation.
Chemistry in 2nd PUC is divided into physical, inorganic, and organic sections. Physical chemistry includes solutions, electrochemistry, and chemical kinetics with strong emphasis on numericals. Inorganic chemistry focuses on d & f block elements and coordination compounds. Organic chemistry covers haloalkanes to biomolecules, with detailed reaction mechanisms.
The paper carries 70 marks for theory and 30 for practicals. Electrochemistry and carbonyl compounds hold high scoring potential. Students must practice named reactions, conversions, and numerical problem-solving regularly.
Practical exams include volumetric analysis, salt analysis, and content-based experiments. Clear reaction logic and conceptual understanding make scoring much easier.
Mathematics in 2nd PUC carries 80 marks for theory and 20 for internal assessment. The syllabus is heavily centered around calculus, including differentiation, integration, and applications. Other key areas include matrices, determinants, vectors, 3D geometry, and probability.
Calculus alone forms nearly half of the paper, making it the most critical section. Exams test long problems, proofs, and step-wise solutions. Regular daily practice improves speed and accuracy.
A strong grasp of integration and differentiation significantly boosts performance in board exams and engineering entrance tests.
Biology in 2nd PUC carries 70 marks for theory and 30 for practicals. The syllabus covers reproduction, genetics, molecular biology, biotechnology, human health, ecology, and biodiversity. Genetics and molecular basis chapters carry high weightage and require clarity in processes and diagrams.
Students must practise labelled diagrams, genetic crosses, and biotechnology flowcharts. Practical exams include spotting, slide preparation, and investigatory projects.
Consistent NCERT revision and diagram practice are essential for both board exams and NEET preparation.
Computer Science in 2nd PUC builds on Python basics and introduces advanced programming concepts, file handling, data structures, SQL, database management, and basic networking. The subject carries 70 marks for theory and 30 for practicals.
Students must write structured Python programs, handle files, execute SQL queries, and understand logical problem-solving. Coding accuracy and output-based questions form a large portion of the exam.
Regular practice in writing programs and database queries helps students score confidently in both theory and practical components.
Electronics in 2nd PUC focuses on semiconductor devices, amplifiers, oscillators, digital electronics, logic gates, and communication systems. The subject carries 70 marks for theory and 30 for practical work.
Students are tested on circuit diagrams, numerical calculations, and component characteristics. Practical exams include constructing circuits, testing semiconductor devices, and interpreting results.
This subject supports students interested in electronics engineering, diploma courses, and technology careers. A strong understanding of circuit behavior and digital systems is essential.
Science subjects such as Physics, Chemistry, Biology, Computer Science, and Electronics follow a 70-mark theory and 30-mark practical structure. Mathematics carries 80 marks for theory and 20 marks for internal assessment.
Physics and Mathematics require intensive numerical practice. Chemistry combines numericals and reaction mechanisms. Biology focuses on diagrams and process explanations. Computer Science and Electronics test application-based skills through theory and practical work.
Students should plan revision based on weightage and competitive exam overlap. Consistent preparation throughout the year ensures confidence in both board and entrance examinations.
Prepare smart for boards and KCET with Giraffe Learning's 2nd PUC programs. With blueprint-based teaching, regular mock tests, and strong practical support, we help students score confidently and secure competitive ranks.
Suits engineering aspirants.
Keeps both medical and engineering options open.
Ideal for students interested in computer science and IT careers.
Works well for those leaning toward electronics or diploma pathways.
Choosing the right combination early helps students focus their preparation. Those aiming for competitive exams often prefer combinations that keep multiple options open.
It's important to consider strengths, interests, and future plans before selecting subjects. A balanced combination makes both board exams and entrance preparation more manageable over the next two years.
Completing the syllabus with a firm knowledge should be the main goal of the first few months. Each week, students can try to finish two chapters in each topic. Revision and solving model papers using blueprint patterns should be the following steps after coverage is complete.
Full-length examinations and last year's papers help increase accuracy and speed closer to exams. Theory review, numerical practice, and time for practical records or diagrams should all be incorporated into daily study sessions.
Long hours are less important than consistency. Students can maintain their confidence and readiness for upcoming entrance examinations and board exams by following a systematic six-month schedule.
Join Giraffe Learning and prepare with a system that keeps students consistent and confident through 2nd PUC. With structured classes, regular tests, and focused support for board exams and KCET foundations, students build strong concepts from the start. Giraffe's subject experts guide every step so learners stay on track, score well in boards, and move into entrance exam preparation with clarity.
Four main subjects plus two languages — 6 papers total.
Yes. Around 95% overlap, with minor deletions.
A minimum of 35% aggregate per subject.
I(10×1), II(10×2–3), III(8×5), IV(6×5), V(4×4).
Each lab subject carries 30 marks, mandatory to pass.
Optics consistently carries the highest weightage.
Maths and Physics first, Biology focus in the last two months.
On the DPUE Karnataka website.