📘 NEET-3 (July 27, 2025) Full Syllabus – Viswas NEET 2.0 by Tutorial Rays
Are you preparing for the upcoming NEET-3 test under the Viswas NEET 2.0 2026 series? Here’s your complete guide for the test scheduled on Sunday, July 27, 2025. Carefully curated by NEET faculty at Tutorial Rays, this advanced syllabus breakdown highlights the most relevant chapters, expected MCQs, and question patterns in Physics, Chemistry, Botany, and Zoology—all based on NEET’s latest trends.
Whether you’re mastering motion in Physics, solving buffer equations in Chemistry, or revising taxonomy and respiration in Biology, this is your one-stop resource. Dive in and prepare smart for NEET-3 with 100% confidence!
📘 NEET-3 Advanced Syllabus Breakdown – Yakeen NEET 2.0 2026
🗓 Test Date: Sunday, July 27, 2025 | 📊 Pattern: NEET-style (MCQ-based)
🎯 Goal: Prepare strategically for NEET-3 with topic-wise depth, concept clarity, and maximum question alignment.
🧲 Physics – Detailed Topics
- Units and Measurements:
- Fundamental and derived quantities, SI units, conventions
- Dimensional formulae of physical constants (e.g., G, h, R)
- Dimensional analysis for equation verification
- Significant figures, error analysis (absolute, relative, percentage)
- Instrument usage: screw gauge, vernier caliper, LC meter (basic)
- Motion in a Straight Line:
- Distance vs. displacement, scalar vs. vector foundation
- Concepts of velocity, acceleration, uniform/non-uniform motion
- Equations of motion: derivation-free application-based usage
- Graphical representation: interpreting x–t, v–t, and a–t graphs
- Area under graph problems, slope analysis
- Motion in a Plane:
- Vector addition, subtraction, scalar and vector products
- Projectile motion: trajectory, maximum height, time of flight, range
- Independence of horizontal and vertical motions
- Relative velocity problems in one and two dimensions
- Basics of uniform circular motion, centripetal acceleration
⚗️ Chemistry – Detailed Topics
- Solutions:
- Types: binary, ideal/non-ideal, solid-liquid, liquid-liquid systems
- Concentration terms: molarity, molality, mole fraction, ppm
- Raoult’s Law: derivation-free application
- Colligative properties: elevation of boiling point, depression of freezing point, osmotic pressure
- Abnormal molar masses and van’t Hoff factor (association/dissociation)
- Thermodynamics & Thermochemistry:
- System, surroundings, extensive vs. intensive properties
- First Law: ΔU = q + w, internal energy and enthalpy changes
- Isothermal and adiabatic processes (concept level)
- Enthalpies: formation, combustion, neutralization, solution
- Hess’s Law and bond enthalpy-based enthalpy calculations
- Entropy (ΔS), Free energy (ΔG), spontaneity conditions (ΔG < 0)
- Chemical Equilibrium:
- Dynamic nature of equilibrium
- Law of mass action, derivation of Kc and Kp
- Relationship between Kc and Kp (Δn logic)
- Le Chatelier’s Principle: effect of temperature, pressure, concentration
- Graph-based reasoning in equilibrium shift
- Ionic Equilibrium:
- Electrolytes, degree of ionization, Ostwald’s dilution law
- Common ion effect in weak acid/base solutions
- pH and pOH of strong and weak acids/bases
- Hydrolysis of salts: acidic, basic, neutral nature
- Buffer solutions: preparation, working, Henderson’s equation
- Calculation of pH for buffers and salt hydrolysis systems
🌿 Botany – Detailed Topics
- The Living World:
- Defining “living” – growth, reproduction, consciousness, metabolism
- Taxonomy & classification: need and importance
- ICBN rules and binomial nomenclature structure
- Taxonomic hierarchy: Domain → Species with examples
- Tools of taxonomy: herbaria, botanical gardens, keys
- Biological Classification:
- Five Kingdom Classification: Monera, Protista, Fungi, Plantae, Animalia
- Prokaryotes vs. Eukaryotes: structural distinctions
- Protista: unicellular eukaryotes, modes of nutrition
- Fungi: cell wall (chitin), reproduction, types
- Viruses, Viroids, Lichens: characteristics and structure
🫁 Zoology – Detailed Topic
- Breathing and Exchange of Gases:
- Human respiratory system: organs and airflow path
- Mechanism of breathing: pressure-volume relation (Boyle’s Law)
- Exchange of gases: alveolar diffusion, role of partial pressures
- Transport of oxygen: hemoglobin, Bohr effect, dissociation curve
- Transport of CO₂: bicarbonate system, chloride shift
- Lung volumes and capacities: definitions + graphs
- Disorders: asthma, emphysema, occupational lung diseases
📊 Predicted Chapter-Wise Weightage
| Subject | No. of Chapters | Expected NEET MCQs | Difficulty |
|---|---|---|---|
| Physics | 3 | 5–6 | Moderate |
| Chemistry | 4 | 7–8 | Moderate to Tough |
| Botany | 2 | 2–3 | Easy to Moderate |
| Zoology | 1 | 2–3 | Moderate |
📝 Final Revision Tips from Faculty
- For Physics, practice 15–20 mixed MCQs from motion graphs and vectors.
- For Chemistry, memorize all formulas and solve 5+ numericals from colligative properties & pH buffers.
- For Botany/Zoology, revise only NCERT line-by-line—especially tables, diagrams, exceptions.
- Use previous 5-year NEET papers to test knowledge under time pressure.
