AP EAMCET Syllabus 2026 for MPC-JNTU Kakinada will publish the AP EAMCET 2026 syllabus for MPC on the official website, cets.apsche.ap.gov.in/EAPCET. The syllabus will be mentioned in the AP EAMCET 2026 information brochure. Candidates will be able to find the complete AP EAMCET 2026 syllabus here when released. The authority will conduct the AP EAMCET 2026 engineering exam in 3 subjects, Maths, Physics and Chemistry. The AP EAMCET question paper will be based on the syllabus. The AP EAPCET exam is expected to be held in May 2026.
 
                The authority will publish the AP EAMCET MPC 2026 syllabus on the official website. However, candidates can check the syllabus based on the previous year's notification here.
| Unit | Topics | 
| Functions, Mathematical Induction, Matrices, Complex Numbers, De Moivre’s Theorem, Quadratic Expressions, Theory of Equations, Permutations & Combinations, Binomial Theorem, Partial Fractions | |
| Trigonometric Ratios & Transformations, Trigonometric Equations, Inverse Trigonometric Functions, Hyperbolic Functions, Properties of Triangles | |
| Vector Algebra | Addition, Scalar Multiplication, Dot & Cross Products, Vector equations of lines and planes | 
| Random experiments, Independent/Dependent events, Bayes theorem, Probability distributions | |
| Locus, Straight Line, Pair of Straight Lines, Circle, System of Circles, Parabola, Ellipse, Hyperbola | |
| Limits & Continuity, Differentiation, Applications of Derivatives, Integration, Definite Integrals, Differential Equations | 
| Unit | Sub-Topics | 
| What is Physics, scope & excitement; Physics, technology & society; Fundamental forces in nature; Physical laws | |
| Units & Measurements | SI units, length, mass, time measurement; Accuracy, precision, errors; Significant figures; Dimensional analysis & applications | 
| Position, displacement, path length; Average & instantaneous velocity; Acceleration; Kinematic equations; Relative velocity | |
| Scalars & vectors; Resolution & addition of vectors; Projectile motion; Uniform circular motion | |
| Newton’s 3 laws; Momentum & impulse; Conservation of momentum; Friction (static, kinetic, rolling); Motion on level & banked roads | |
| Work-energy theorem; Kinetic & potential energy; Conservation of energy; Elastic & inelastic collisions; Power | |
| Centre of mass; Torque; Angular momentum; Conservation of angular momentum; Moment of inertia; Rolling motion | |
| SHM definition & equations; Energy in SHM; Spring oscillator; Simple pendulum; Damped & forced oscillations; Resonance | |
| Universal law; Acceleration due to gravity (above/below earth); Gravitational potential; Escape velocity; Satellites (geostationary, polar) | |
| Elastic behavior; Stress & strain; Hooke’s law; Elastic moduli; Energy stored in wire | |
| Pressure, Pascal’s law; Buoyancy & Archimedes’ principle; Bernoulli’s principle; Viscosity, Stokes law; Surface tension, capillarity | |
| Temperature & heat; Expansion; Specific heat, calorimetry; Change of state; Heat transfer; Black body radiation; Newton’s cooling | |
| Zeroth law; First law; Work, heat, internal energy; Enthalpy; Isothermal & adiabatic processes; Heat engines; Second law; Carnot engine | |
| Molecular theory; Gas laws; Kinetic energy & pressure; Equipartition of energy; Mean free path; Specific heat | |
| Types of waves; Wave equation; Speed of sound; Standing waves; Beats; Doppler effect | |
| Ray Optics & Optical Instruments | Reflection & refraction; TIR; Lenses, mirrors; Prism & dispersion; Human eye; Microscopes & telescopes | 
| Huygens’ principle; Interference; Young’s experiment; Diffraction; Polarization | |
| Electric Charges & Fields | Coulomb’s law; Electric field & flux; Gauss’s law & applications; Electric dipole | 
| Electrostatic Potential & Capacitance | Potential & potential energy; Equipotential surfaces; Capacitors; Energy stored; Van de Graaff generator | 
| Ohm’s law; Resistivity; Series & parallel circuits; EMF & cells; Kirchhoff’s rules; Wheatstone bridge; Potentiometer | |
| Lorentz force; Cyclotron; Biot-Savart law; Ampere’s law; Solenoid & toroid; Torque on current loop; Galvanometer | |
| Magnetism & Matter | Earth’s magnetism; Magnetic dipole; Properties of materials (dia-, para-, ferro-magnetism) | 
| Faraday’s & Lenz’s laws; Eddy currents; Self & mutual induction; AC generator | |
| AC voltage; Phasors; LCR circuits; Resonance; Power & power factor; Transformers | |
| Maxwell’s equations; Spectrum (radio to gamma rays) | |
| Photoelectric effect; Einstein’s equation; Wave-particle duality; Davisson–Germer experiment | |
| Rutherford & Bohr models; Hydrogen spectrum; Franck–Hertz experiment | |
| Nuclear composition; Binding energy; Radioactivity; Fission & fusion; Nuclear reactor | |
| Band theory; p–n junction; Diodes; Zener diode; LED, photodiode, solar cell; Transistors; Logic gates | |
| Elements of communication; Propagation; Modulation; AM & detection | 
| Unit | Sub-Topics | 
| Sub-atomic particles; Bohr’s model; Quantum mechanics; Orbitals & quantum numbers; Aufbau, Hund’s rule, Pauli principle | |
| Modern periodic table; s, p, d, f blocks; Periodic trends in properties | |
| Ionic & covalent bonding; VSEPR theory; Hybridisation; MOT; Hydrogen bonding | |
| Gases & liquids; Gas laws; Kinetic theory; Real gases; Liquefaction; Surface tension & viscosity | |
| Laws of combination; Mole concept; Empirical/molecular formula; Limiting reagent; Concentration terms | |
| First law, enthalpy, calorimetry; Hess’s law; Bond enthalpy; Entropy; Gibbs free energy | |
| Dynamic equilibrium; Equilibrium constant (Kc, Kp); Le Chatelier’s principle | |
| Acids & bases (Arrhenius, Bronsted, Lewis); pH; Buffers; Solubility product | |
| Hydrides; Water & H₂O₂; Hardness of water; Uses | |
| Alkali & alkaline earth metals; General properties; Important compounds (Na, Ca, etc.) | |
| Boron & aluminium compounds; Carbon allotropes; Silicates, zeolites | |
| N, P, O, S, halogens, noble gases & their compounds | |
| Transition elements; Lanthanoids & actinoids; Important compounds; Coordination chemistry | |
| Types of solids; Unit cells; Packing efficiency; Defects; Conductivity; Magnetic properties | |
| Concentration terms; Solubility; Colligative properties; Van’t Hoff factor | |
| Galvanic & electrolytic cells; Nernst equation; Batteries; Fuel cells; Corrosion | |
| Rate laws; Order & molecularity; Integrated rate equations; Arrhenius equation | |
| Adsorption; Catalysis; Colloids; Emulsions | |
| Ores; Extraction methods; Thermodynamics; Electrochemical principles; Refining | |
| Hybridisation in carbon; Nomenclature; Isomerism; Reaction mechanisms; Purification | |
| Alkanes, alkenes, alkynes; Aromatic hydrocarbons (benzene, electrophilic substitution) | |
| Properties, reactions, uses | |
| Nomenclature; Preparation & reactions | |
| Classification; Preparation; Reactions | |
| Carbohydrates, proteins, nucleic acids, vitamins | |
| Types & methods; Examples (Nylon, Bakelite, rubber, etc.) | |
| Air, water & soil pollution; Green chemistry | 
On Question asked by student community
Hello aspirant,
A useful tool for exam preparation is the chapter-by-chapter weighting for the AP EAMCET 2026. This information can be used by students to prepare for the AP EAMCET exam. The test is taken by candidates from all throughout the state of Andhra Pradesh. As a result, the level of competitiveness is moderate.
To know chapter wise weightage, you can visit our site through following link:
https://engineering.careers360.com/articles/ap-eamcet-chapter-wise-weightage-and-important-topics
Thank you
Hello,
Yes, with a 26k rank in the AP EAMCET, you have a good chance of getting a free seat in Pharma.D, especially if you are in the BiPC stream, as previous cutoff ranks for Pharm.D-BiPC have been around 8k. Your rank is competitive for many colleges and should be sufficient for a free seat, possibly including government or government-aided institutions that may offer free seats.
I hope it will clear your query!!
Hi there,
With the rank of 26,000 in the SC category, getting a seat in Pharm D in Guntur and Vijayawada colleges is quite difficult, as the cutoff goes quite high and also the Pharm D cutoff goes much higher than of the B. Pharm. What you can do is can keep some backup colleges in case you don't get seat in Pharm D in higher-ranked colleges.
Here are some of the colleges you can get admission in -
Hope it helps!!!
 
Hello
Just visit the link I am attaching below, you will find rank-wise college list and from there you can check which college you can get with 26K rank, as college matters a lot in shaping the future of a student
https://engineering.careers360.com/articles/ap-eamcet-eapcet-rank-wise-colleges-list
Hello,
Admission to B. Pharmacy at Vignan's institutions with an EAMCET rank of 48,393 under the SC category is possible but not guaranteed in phase 2. Cutoffs vary between different Vignan's colleges and depend on the competition that year. In previous years, closing ranks for SC candidates in some colleges.
I hope it will clear your query!!

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