AP EAMCET 2025 Syllabus

Updated On: June 25, 2024 04:04 pm IST | AP EAPCET

The AP EAMCET 2025 syllabus includes topics like laws of motion, thermodynamics, motion in a plane, organic and inorganic chemistry, algebra, trigonometry, probability, and others. For a detailed syllabus go through the article below.

Table of Contents

AP EAMCET 2025 Physics Syllabus
AP EAMCET 2025 Mathematics Syllabus
AP EAMCET 2025 Chemistry Syllabus

The AP EAMCET 2025 physics syllabus includes 9% questions from the chapter thermodynamics, 6% questions from work, energy, and power, 5% questions from motion in a plane, and so on. On the other hand, the important chapters in mathematics are probability, vectors, calculus, and integral calculus. Check AP EAMCET Preparation Tips 2025 here!

The AP EAMCET 2025 aspiring candidates must be familiar with the syllabus. This will not only help them in advanced preparation but allow them to spare more time for topics that carry maximum weight. This article is a complete syllabus guide for AP EAMCET 2025 aspirants.

AP EAMCET 2025 Physics Syllabus

The AP EAMCET 2025 physics syllabus includes topics like units and measurements, motion in a straight line, oscillations, mechanical properties of solids, and others. To have a look at the full syllabus refer to the table below.

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

AP EAMCET 2025 Mathematics Syllabus

The AP EAMCET 2025 mathematics includes important topics like definite integrals, trigonometry, integration, circle, limits and others. Take a look at the entire mathematics syllabus below.

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

AP EAMCET 2025 Chemistry Syllabus

The chemistry syllabus for the AP EAMCET included topics like chemical bonding and molecular structure, atomic structure, thermodynamics, hydrogen and its compounds and many others. To have a look at the detailed chemistry syllabus refer to the table below.

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

For more updates for AP EAMCET 2025 stay tuned with College Dekho.

Are you feeling lost and unsure about what career path to take after completing 12th standard?

Say goodbye to confusion and hello to a bright future!

Was this article helpful?

0 Upvotes

0 Downvotes

I get 66253 can i get cs seat in m s ramaih

-Sachin kumbarUpdated on June 25, 2024 10:03 AM

5 Answers

Shikha Kumari, Student / Alumni

Dear student, It is difficult to say for sure if you will get a CS seat in MS Ramaiah University of Applied Sciences with a rank of 66253. The cutoff for CS seat in MS Ramaiah University of Applied Sciences varies every year depending on the number of applicants and the difficulty level of the entrance exam. In 2022, the cutoff for CS seat in MS Ramaiah University of Applied Sciences was 66000. This means that you are only 253 ranks away from getting a CS seat. However, it is important to note that the cutoff is likely to be …

I got 43256 rank in JEE Main under EWS category. Am I eligible for B.Tech CSE at Graphic Era, Dehradun?

-VivekUpdated on June 24, 2024 12:42 PM

8 Answers

Diksha Sharma, Student / Alumni

Dear Student,

Yes, you are eligible for admission to B.Tech CSE at Graphic Era, Dehradun with your JEE Main score.

To learn about all complete details for B.Tech CSE course including the eligibility, fees, admission, fees, etc., read B.Tech CSE or B.Tech Software Engineering.

Also, do not miss out on the Government Job Scope after B.Sc Computer Science and B.Tech Computer Science Engineering.

You can also fill the Common Application Form on our website for admission-related assistance. You can also reach us through our IVRS Number - 1800-572-9877.

I got 100000 rank I will get free seet or not in vvit

-PoornachanduUpdated on June 24, 2024 12:19 PM

4 Answers

Rajeshwari De, Student / Alumni

The admission at Vasireddy Venkatadri Institute of Technology is offered to interested candidates at both undergraduate and postgraduate levels. The courses are offered in the stream of engineering and computer applications. The duration of BE/BTech courses is 4 years and the duration of PG courses is 2 years. Various entrance exams are accepted by the institute such as AP EAMCET (B.Tech), GATE/AP PGECET (M.Tech) and AP ICET (MCA) courses. As per the VVIT Guntur AP EAMCET cutoff 2022, the 100215 rank was the last admission for the general AI ategory. You must have to keep a close eye on our …