NEET 2026 Question Paper With Solutions Key
NEET 2026 Question Paper Analysis
Exam Overview
The NEET 2026 examination (CODE-12) was conducted on May 3, 2026, as a 3-hour comprehensive test with a maximum of 720 marks. The paper consisted of 180 multiple-choice questions covering Physics, Chemistry, and Biology, with each correct answer carrying 4 marks and a negative marking of 1 mark for incorrect responses.
Mark Distribution
| Subject | Number of Questions | Marks per Question | Total Marks | Percentage |
| Physics | 45 | 4 | 180 | 25% |
| Chemistry | 45 | 4 | 180 | 25% |
| Biology (Botany + Zoology) | 90 | 4 | 360 | 50% |
| Total | 180 | 4 | 720 | 100% |
Biology Sub-division (Approximate)
| Topic | Questions | Marks |
| Botany | ~45 | 180 |
| Zoology | ~45 | 180 |
Subject-wise Breakdown
Physics (Questions 1-45) – 180 Marks
The Physics section tested fundamental and advanced concepts across various topics:
- Electromagnetism & Circuits: Questions on magnetic fields, current in circuits, diode behavior, and AC/DC analysis
- Modern Physics: Covered quantum mechanics, photoelectric effect, atomic structure, and nuclear physics
- Mechanics: Included kinematics, dynamics, work-energy theorem, and simple harmonic motion
- Optics & Waves: Featured questions on interference, diffraction, lens systems, and wave properties
- Thermodynamics: Energy transformations and heat transfer concepts
Notable Questions:
- Q1 (Magnetic Field & Moment): Required calculation of current and magnetic moment in a circular coil – tested both formula application and unit conversions
- Q10 (Nuclear Density): Complex numerical involving nuclear density formula and mass number calculation – demanded strong conceptual clarity
- Q42 (Photoelectric Effect): Tested threshold wavelength concept with Planck’s constant – required understanding of work function and energy calculations
Chemistry (Questions 46-90) – 180 Marks
Chemistry questions spanned organic, inorganic, and physical chemistry:
- Organic Chemistry: Reaction mechanisms, named reactions, stereochemistry, and functional group transformations
- Inorganic Chemistry: Coordination compounds, transition metals, periodic properties, and qualitative analysis
- Physical Chemistry: Equilibrium, thermodynamics, electrochemistry, and chemical kinetics
Notable Questions:
- Q47 (Reaction Sequence): Multi-step organic synthesis involving diazotization – classic NEET pattern requiring memorization of reaction sequences
- Q72 (Compound Identification): 2,4-DNP test combined with oxidation reactions – excellent application-based question testing multiple concepts
- Q82 (Coordination Chemistry): Matching complexes with geometries – required 3D visualization and VSEPR theory understanding
Biology (Questions 91-180) – 360 Marks
Biology covered both Botany and Zoology with equal weightage:
- Cell Biology & Genetics: DNA structure, protein synthesis, Mendelian genetics, and molecular biology
- Plant Physiology: Photosynthesis, respiration, plant growth regulators, and tissue systems
- Human Physiology: Respiratory, circulatory, excretory, and reproductive systems
- Ecology & Evolution: Biodiversity, ecosystems, population ecology, and evolutionary concepts
- Biotechnology: Genetic engineering, DNA fingerprinting, and biotechnological applications
Notable Questions:
- Q113 (Sickle Cell Anemia): Tested molecular basis of genetic disease – point mutation causing amino acid substitution (Glu to Val)
- Q137 (Mutation Codon): Specific codon identification (GUG) for sickle cell – required memorization of genetic code
- Q156 (Bt Toxins): Application question on Bt cotton and corn borer – tested knowledge of specific cry genes (cryIAc for cotton bollworm)
- Q165 (Population Growth): Verhulst-Pearl logistic equation – mathematical modeling in ecology, distinguishing from exponential growth
Topic-wise Mark Distribution (Estimated)
Physics (180 Marks)
| Topic | Approximate Marks |
| Electromagnetism & Current Electricity | 40-45 |
| Modern Physics | 35-40 |
| Mechanics | 30-35 |
| Optics & Waves | 25-30 |
| Thermodynamics & Heat | 20-25 |
| Units, Dimensions & Measurements | 8-12 |
Chemistry (180 Marks)
| Topic | Approximate Marks |
| Organic Chemistry | 70-75 |
| Physical Chemistry | 55-60 |
| Inorganic Chemistry | 50-55 |
Biology (360 Marks)
| Topic | Approximate Marks |
| Human Physiology | 80-90 |
| Genetics & Evolution | 60-70 |
| Cell Biology & Biomolecules | 50-60 |
| Plant Physiology | 45-50 |
| Ecology & Environment | 40-45 |
| Biotechnology & Applications | 35-40 |
| Diversity of Living Organisms | 30-35 |
| Reproduction | 25-30 |
Difficulty Analysis
Overall Difficulty Level: Moderate to Challenging
- Physics: Moderate-Difficult (required strong numerical and conceptual clarity)
- Chemistry: Moderate (balanced between theory and application)
- Biology: Easy to Moderate (primarily factual with some application-based questions)
Notable Question Patterns
- Matching-type Questions: Extensive use across all three subjects (~25% of paper), testing comprehensive understanding
- Statement-based Questions: Multiple statements requiring evaluation of correctness (~20% of paper)
- Numerical Problems: Particularly prominent in Physics and Physical Chemistry (~30% in Physics)
- Application-oriented: Biology featured many real-world application questions
- Multi-concept Integration: Several questions required knowledge of interconnected concepts
Question Highlights & Analysis
Challenging Questions:
- Q31 (Capacitor Energy Loss): Energy loss calculation in capacitor charge sharing – tricky concept often causing errors
- Q88 (Activation Energy): Required understanding of Arrhenius equation and unit conversions (calories to kcal)
- Q145 (Renin-Angiotensin Mechanism): Sequencing question on kidney regulation – demanded complete pathway knowledge
Conceptual Gems:
- Q34 (Interference & Energy Conservation): Statement-based question linking wave phenomena with energy conservation principles
- Q111 (Plasticity vs Differentiation): Tested understanding of developmental biology terminology
- Q174 (Convergent Evolution): Required distinguishing between analogous and homologous structures
High-scoring Opportunities:
- Q92 (Nucleolus): Direct factual recall – easy marks
- Q100 (Gymnosperms): Basic plant classification – straightforward
- Q148 (Ribosomes): Common organelle question – should not be missed
Important Topics Covered
High-weightage Areas:
- Physics: Electromagnetism (32 marks), Modern Physics (36 marks), Optics (28 marks)
- Chemistry: Organic reaction mechanisms (48 marks), Coordination chemistry (24 marks), Thermodynamics (28 marks)
- Biology: Genetics (64 marks), Human Physiology (84 marks), Molecular Biology (40 marks), Ecology (44 marks)
Scoring Strategy Insights
Expected Cut-offs (Approximate):
- General Category: 135-145 correct (540-580 marks)
- OBC: 130-140 correct (520-560 marks)
- SC/ST: 110-120 correct (440-480 marks)
Time Management Recommendation:
- Physics: 55-60 minutes
- Chemistry: 50-55 minutes
- Biology: 65-70 minutes
- Revision: 10-15 minutes
Exam Statistics
- Total Questions: 180
- Total Marks: 720
- Duration: 3 hours (180 minutes)
- Marking Scheme: +4 for correct, -1 for incorrect
- Net Score Formula: (Correct × 4) – (Incorrect × 1)
- Code: 12 (Multiple sets were administered)
Download Information
This document package includes:
- Complete Question Paper (39 pages) – All 180 questions with diagrams and figures
- Official Answer Key – Verified answers for all questions
Ideal for:
- NEET 2027 aspirants for practice and pattern understanding
- Analysis of exam trends and difficulty levels
- Self-assessment and mock test purposes (recommended: 3-hour timed attempt)
- Understanding the current NEET examination pattern
- Topic-wise strength and weakness identification
Note: This is an authentic NEET 2026 question paper from Deeksha Learning. Students should attempt this under timed conditions for accurate self-assessment. Answer key included for immediate evaluation.




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