AP EAMCET 2025 Syllabus

Chapter Number 

Chapter Name 

Important units 

Chapter 1

Physical world 

• Physics law nature 
• International system of units 
• Understanding the fundamental forces in nature 

Chapter 2 

Units and measurements 

• System of units 
• Error in measurement 
• Dimensional analysis and its application 
• Accuracy vs precision 

Chapter 3

Motion in a straight line 

• Position time graph, speed and velocity
• Average speed and instantaneous velocity 
• Relations for uniformly accelerated motion 
• Uniform and non uniform motion 
• Velocity time and graphs

Chapter 4

Motion in a plane 

• Scalar and vector quantities 
• Relative velocity 
• Uniform circular motion 
• Position and displacement vectors 
• Equation of path of the projectile 
• Multiplication of vectors by a real number 

Chapter 5

Laws of motion 

• Dynamics of uniform circular motion 
• Static and kinetic friction 
• Laws of friction 
• Laws of conservation of linear momentum 
• Interia 
• Newton’s first law of motion 
• Concept of impulse 

Chapter 6 

Work, energy and power 

• Conservative forces and non conservative  forces 
• Motion in a vertical circle 
• Power 
• Kinetic energy 
• Work energy theorem 
• Work done by constant and variable forces 

Chapter 7

System of particles and rotational motion 

• Angular momentum 
• Centre of mass of a two particle system 
• Rigid bodies equilibrium 
• Centre of mass of a rigid/uniform body 

Chapter 8

Oscillation 

Chapter 9

Gravitation 

• Kelper’s law of planetary motion 
• Universal gravitation law 
• Gravitational potential 
• Escape/orbital velocity of satellite 
• Geo-stationery satellites 

Chapter 10 

Mechanical properties of solids 

• Hooke’s law 
• Elastic potential energy 
• Young/bulk/shear modulus 

Chapter 11

Mechanical properties of fluids 

• Stoke’s law 
• Critical/ terminal velocity 
• Bernoulli’s theorem and the applications 
• Angle of contact 
• Viscosity 
• Effect of gravity on fluid presence 

Chapter 12

Thermal properties of matter 

• Heat and temperature
• Thermal conductivity 
• Stefan’s law 
• Greenhouse effect 
• Change of state 

Chapter 13

Thermodynamics 

• First law of thermodynamics 
• Second law of thermodynamics 
• Heat engine and refrigerator 
• Mayer’s formula
• Carnot engine performance 
• Carnot cycle and theorem 
• Heat work and internal energy 
• Isothermal processes 
• Reversible and irreversible processes 

Chapter 14 

Kinetic theory 

• Maxwell distribution of molecular speeds 
• Mean free path- concept, mean free path of gasses
• Kinetic theory of gasses 
• Workflow in  compressing a gas 
• RMS speed of molecules 
• Law of equipartition energy 

Chapter 15 

Waves 

• Doppler effect
• Beats 
• Reflection of waves 
• Wave traveling speed 
• Transverse and longitudinal waves 
• Newton’s formula for speed and sound 

Chapter 16 

Ray optics and optical instrument 

• Mirror equation 
• Focal length of spherical mirror 
• Dispersion of prism 
• The eye 
• Refraction 
• Reflection of light by spherical mirrors

Chapter 17

Wave optics 

• Hyugen’s principle 
• The doppler effect 
• Diffraction 
• Refraction in a rarer medium 
• Coherent and incoherent addition of waves 

Chapter 18 

Electric charges and fields 

• Conductors and insulators 
• Basic properties of electric charges 
• Coulomb’s law
• Gauss’s law, Applications of Gauss’s Law
• Physical significance of electric field, electric field lines

Chapter 19 

Electrostatic potential and capacitance 

• Dielectrics and polarisation
• Relation between field and potential
• Effect of dielectric on capacitance
• Energy stored in a capacitor
• Potential due to an electric dipole
• Electric displacement

Chapter 20 

Current electricity 

• Combination of resistors
• Cells in series and in parallel
• Kirchhoff’s rules
• Electric current in conductors
• Ohm’s law
• Electric current

Chapter 21 

Moving charges and magnetism 

• Savart’s law
• Ampere’s circuital law
• Magnetic force
• Magnetic force on a current carrying conductor
• Motion in a magnetic field
• Force between two parallel current carrying conductors
• Moving Coil Galvanometer

Chapter 22 

Magnetism and matter 

• Magnetism and Gauss’s Law
• The bar magnet
• The Earth’s magnetism, magnetic declination and dip

Chapter 23 

Electromagnetic induction 

• Faraday’s Law of induction
• Lenz’s law and conservation of energy
• The experiments of Faraday and Henry

Chapter 24 

Alternating current 

• AC voltage applied to a resistor
• Power in AC circuit
• AC voltage applied to a series LCR circuit

Chapter 25 

Electromagnetic waves 

• Maxwell’s equations
• Nature of electromagnetic waves
• Sources of electromagnetic waves,

Chapter 26 

Dual nature of radiation and matter 

• Photoelectric effect and wave theory of light, Einstein’s photoelectric equation
• Davisson and Germer Experiment
• Photoelectric Effect

Chapter 27

Atoms 

• Atomic spectra
• Bohr model of the hydrogen atom

Chapter 28 

Nuclei 

• Atomic masses and composition of nucleus
• Nuclear binding energy
• Nuclear energy, fission, nuclear reactor, nuclear fusion,

Chapter 29

Semiconductor electronics 

• Band theory of solids
• Intrinsic semiconductor, Extrinsic semiconductor
• Classification of metals, conductors, and semiconductors

Chapter 30 

Communication systems 

• Signals from different transmitters, amplitude modulation
• Elements of a Communication system
• Bandwidth of signals, bandwidth of transmission medium

Chapter Number 

Chapter Name 

Important units 

Chapter 1

Algebra 

• Functions 
• Mathematical induction 
• Matrices 
• Complex numbers 
• Quadratic expressions s
• Theory of equations 
• Permutations and combination 
• Binomial theorem 
• Partial functions 

Chapter 2

Trigonometry 

• Inverse trigonometric functions 
• Hyperbolic functions 
• Properties of triangle 
• Trigonometric equations 
• Trigonometric ratios till transformation 

Chapter 3

Vector algebra 

• Scalar or dot product of two vectors
• Geometrical Vector methods
• Scalar multiplication
• Classification of vectors
• Angle between two non-zero vectors

Chapter 4

Measures of dispersion and probability 

• Probability 
• Mean deviation 
• Standard and variance deviation of grouped and ungrouped data 
• Random variables 
• Binomial and poisson distributions 

Chapter 5

Coordinate geometry 

• Circle 
• Parametric equations of a circle 
• Equation of pair of tangents from an external point
• Equations of pair of lines passing through origin
• Pair of bisectors of angles 
• Pair of lines
• Transformation of Axes – Rules, derivations and illustrations 
• Locus
• System of circles 
• Ellipse
• Hyperbola 
• Plane 
• Three dimensional coordinates 

Chapter 6

Calculus 

• Differentiation 
• Integration 
• Limits and continuity 
• Applications of derivatives 
• Definite integrals 
• Different equations 

Chapter Number 

Chapter Name 

Important units 

Chapter 1

Atomic structure 

• Bohr’s model for Hydrogen atom
• Nature of electromagnetic radiation
• Crucial features of Quantum mechanical model of atom
• Orbitals and quantum numbers
• Aufbau Principle
• Wave nature of electromagnetic radiation
• Planck’ s quantum theory
• Shapes of atomic orbitals
• Dual behaviour of matter
• Heisenberg’s uncertainty principle

Chapter 2

Classification of elements and periodicity in properties 

• Modern periodic law and current form of the periodic table
• Electronic configuration and types of elements s, p, d and f blocks
• Periodic trends in chemical properties
• Trends in physical properties

Chapter 3

Chemical bonding and molecular structure 

• Kossel - Lewis approach to chemical bonding
• Lattice Enthalpy
• Predicting the geometry of molecules
• Hybridisation
• Linear combination of atomic orbitals
• Formation and types of hydrogen bonds

Chapter 4

States of matter 

• Intermolecular forces
• Kinetic molecular theory of gases
• Graham’s law of diffusion
• Liquification of gases
• Kinetic Energy
• The Gas Laws

Chapter 5

Stoichiometry 

• Law of Definite Proportions
• Concept of equivalent weight
• Stoichiometry and stoichiometric calculations
• Types of Redox reactions
• Redox reactions in titrimetry

Thermodynamics 

• Systems and surroundings and its types 
• The internal energy as a state function
• Extensive and intensive properties
• Thermochemical equations
• Hess’s law of constant Heat summation
• Enthalpies for different types of reactions
• The second law of thermodynamics
• Gibbs energy and spontaneity

Chemical equilibrium and acid bases 

• Dynamic Equilibrium
• Law of chemical Equilibrium/ mass action/ equilibrium constant 
• Heterogeneous Equilibria
• Factors affecting Equilibria
• Ionisation of Acids and Bases
• Hydrolysis of salts and pH of their solutions

Hydrogen and its compounds 

• Water - physical properties, structure, chemical properties, hard and soft water, hardness of water
• Hydrogen Peroxide

S-block elements 

• Alkali metals
• Alkaline earth elements

P-block elements group 13 

• Physical & Chemical properties Aluminum its reactions towards acids & alkalies
• Crucial trends and anomalous properties of boron
• Electronic configuration

P-block elements group 14 

• Ionization enthalpy
• Important trends and anomalous properties of carbon
• Allotropes of carbon
• Benefits of carbon 
• Crucial compounds of silicon and carbon 

Environmental chemistry 

• Air 
• Water 
• Soil pollution 
• Acid rain 
• Pollutants 
• Controlling environmental pollution 
• Green chemistry 

Organic chemistry 

• Hydrocarbons 
• Alkanes
• Preparation of alkanes
• Alkenes
• Isomerism
• Alkynes
• Methods of preparation of acetylene
•  Types of Organic reactions

Solid state 

• Characteristics of solid state
• Tetrahedral and octahedral voids
• Magnetic properties
• Electrical properties

Solutions 

• Solubility of a solid in a liquid
• Vapour pressure of liquid
• Colligative properties
• Abnormal molar masses
• Solubility

Mass by volume percentage

• Types of solutions
• Henry’s law
• Raoult’s law

Electrochemistry and chemical kinetics 

• Galvanic cells
• Conductance of electrolytic solutions
• Applications of Kohlrausch’s law
• Faraday’s laws
• Batteries
• Chemical kinetics 

Surface chemistry 

• Difference between adsorption and absorption
• Types of adsorption
• Homogeneous and heterogeneous catalysis
• Classification of colloids
• Colligative properties
• Tyndal effect

P-block elements group 15 

• Ionization enthalpy
• Compounds of nitrogen
• Oxides of nitrogen
• Preparation/properties of nitric acid
• Electronegativity
• Group 16,17,18 elements 

D and F block elements 

• Position in the periodic table
• Actinoids
• Applications of d and f block elements
• Oxidation states 
• Coordination compounds 
• Isomerism in coordination compounds
• Bonding in coordination compounds

Polymers 

• Classification of Polymers 
• Ionic polymerization

Biomolecules 

• Carbohydrates classification 
• Enzymes
• Hormones

Chemistry in everyday life 

• Drugs and their classification
• Classification of drugs 
• Artificial sweetening agents
• Food preservatives 
• Cleansing agents 

Halo alkanes and Halo arenes 

• Classification and nomenclature
• Alkylhalides and arylhalides-
• Chemical reactions
• Reactions of haloalkanes
• Polyhalogen compounds

Organic compounds 

• Alcohols, Phenols and Ethers
• Aldehydes and Ketones
• Carboxylic acids

Organic compounds containing nitrogen 

• Amines
• Classification
• Nomenclature
• Preparation of amines
• Methods of preparation of diazonium salts
• Nomenclature of cyanides and isocyanides