AP Eamcet Syllabus 2020 pdf is available here. Check AP Eamcet syllabus for all the subjects. Get Andhra Pradesh EAMCET Exam 2020 Syllabus from below sections. Follow AP Eamcet 2020 Syllabus to get prepared for AP EAMCET 2020 exam.
AP Eamcet Syllabus 2020  Eamcet AP Syllabus
If you are preparing for AP Eamcet exam, then the first thing you need to know the AP Eamcet Syllabus 2020. Download the syllabus for AP Eamcet to start your exam preparation. AP Eamcet 2020 syllabus pdf gives a list of topics that are going to ask in AP Eamcet exam 2020. Through the AP Eamcet Syllabus 2020, the applicants can make a preparation plan on scoring concepts. So that they spend most of their preparation time studying those concepts.
Have a look at the AP EAMCET Syllabus weightage. This helps you to know from which topic more questions will arise in the AP EAMCET exam. From the AP EAMCET New Syllabus, the candidates can make a note on important chapters of all subjects. They can concentrate on the important chapters. Check Syllabus for AP Eamcet 2020 which is given below.
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AP Eamcet 2020 Exam Syllabus – Overview
AP EAMCET Exam Syllabus 2020  
Name of the exam conducting University  Jawaharlal Nehru Technological university, Kakinada 
Exam Name  AP Eamcet 2020 
Notification Release Date  27th February 2020 
Starting Date of AP EAMCET 2020 Application  29th February 2020 
Last Date of Application without late fee  29th March 2020 
Exam Mode  Online 
Last Date of Submitting Application with late fee of Rs 500/  05th April 2020 
Last Date of Submission of application form with late fee of Rs 1000/  10th April 2020 
Application Last date with late fee of Rs 5000/  15th April 2020 
Last Date of Application with late fee of Rs 10,000/  19th April 2020 
Availability of Hall Ticket  16th April 2020 
AP EAMCET Exam Date


Preliminary Key Release Date


Last date of Receiving objections on Answer key  28th April 2020 
Result Announcement Date  05th May 2020 
Counselling Dates  June 2020 
Category  Syllabus 
APEamcet Syllabus  AP Eamcet New Syllabus
Check AP Eamcet Medical Syllabus 2020 and AP Eamcet Exam Syllabus (Engineering) which is given below. Follow the APEamcet syllabus and prepare according to it.
AP Eamcet Syllabus 2020 Pdf – AP Eamcet Mathematics Syllabus
Chapter1: Algebra
 Functions
 Types of Functions & Definitions
 Inverse Functions & Theorems
 Domain, Range
 Inverse of Realvalued functions
 Mathematical Induction
 Principle of Mathematical Induction & Theorems
 Problems on Divisibility
 Matrices
 Types of matrices
 Transpose of a matrix
 Adjoint & Inverse of a matrix
 Rank of a Matrix
 Complex Numbers
 Representation of complex numbers in the form of a+ib
 Modulus & amplitude of complex numbers
 Argand Diagram
 De Moivre’s Theorem
 Integral and Rational indices
 nth roots of unity
 Geometrical Interpretations
 Quadratic Expressions
 Equations in one variable
 Change in signsmaxima & minima
 Quadratic Inequations
 Theory of Equations
 Relation between roots and coefficients of an equation
 Equation with real coefficients
 Transformation of equations
 Permutations & Combinations
 Linear & Circular Permutations
 Permutations with constraint repetitions and when repetitions allowed
 Permutations of ‘n’ dissimilar things taken ‘r’ at a time
 Binomial Theorem
 Binomial Theorem for positive integral index and rational index
 Partial Fractions
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Chapter2: Trigonometry
 Trigonometric ratios upto transformations
 Trigonometric ratios & Compound Angles
 Sum & Product Rules
 Trigonometric Equations
 General solutions of Trigonometric Equations
 Inverse Trigonometric Functions
 Hyperbolic Functions
 Properties of Triangles
Chapter3: Vector Algebra
 Addition of Vectors
 Classification of Vectors
 Scalar Multiplication
 Linear Combination of Vectors
 Product of Vectors
 Scalar Product
 Orthogonal projections
 Dot product properties
 Vector Product of two vectors and properties
 Scalar Triple Product
 Plane through intersection of two planes
 Cartesian equivalents of all these results
 Vector triple Product
 Measures of Dispersion & Probability
 Measures of Dispersion
 Mean deviation
 Range
 Probability
 Random variables & Probability Distributions
Chapter4: Coordinate Geometry
 Locus
 Transformation of axes
 Straight Line
 Pair of Straight Line
 circles
 System of Circles
 Parabola
 Ellipse
 Hyperbola
 Direction cosines & direction ratios
 Plane
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Chapter5: Calculus
 Limits & Continuity
 Intervals & neighbourhoods
 Limits
 Continuity
 Differentiation
 Derivative of a function
 Elementary properties
 Methods of differentiation
 Applications of Derivatives
 Errors & Approximations
 Equations of tangents & normals
 Definite Integrals
 Integration as inverse process of differentiation
 properties of Integrals
 Differential equations
 Formation of differential equations
 Degree and order of ordinary differential equation
AP Eamcet Syllabus Engineering & AP Eamcet Medical Syllabus 2020 – AP Eamcet Physics Syllabus Pdf
Check the AP Eamcet Syllabus for all the streams (Engineering, Medical & agriculture). Download link provided below to get the entire AP Eamcet Syllabus 2020.
Chapter1: Measurements
 Measurement of length and Large Distances
 Estimation of very small distances
 Range of length
 Measurement of mass
 Precision of instrument and errors in measurement
 Combination of Errors
Chapter2: Motion in a straight Line
 Path length and displacement
 Average speed and velocity
 Instantaneous speed, velocity & acceleration
 Addition & Subtraction of vectors
 Motion in a plane with constant acceleration
 Horizontal range of projectile
Chapter3: Laws of Motion
 Law of Inertia
 Newtons first, second & Third Laws
 Momentum Impulse
 Conservation of Momentum
 Friction
 Types of Friction
 Circular Motion
 ‘Motion of a Car on a level and banked road
Chapter4: Work, Energy & Power
 Scalar Product
 WorkEnergy Theorem
 Work Done by a variable force
 Conservation of Mechanical Energy
 Nuclear Energy
 The Principle of Conservation of Energy
 Collisions in two dimensions
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Chapter5: System of Particles & Rotational Motion
 Centre of Mass
 Centre of Gravity
 Angular velocity
 Moment of Force
 Torque & angular momentum
 Equilibrium of a rigid body
Principle of moments  Moment of inertia
 Theorems of perpendicular and parallel axes
 Dynamics of rotational motion
Chapter6: Oscillations
 Periodic and oscillatory motions
 Displacement
 Gravitational potential energy
 Acceleration due to gravity of the Earth
 Orbital speed
 Escape Speed
 Geostationary and Polar satellites
Chapter7: Mechanical Properties of solids
 Elastic Behaviour of Solids
 Hook’s Law
 Stress and Strain
 Bulk Modulus
 Poisson’s ratio
 Young’s Modulus
 Shear Modulus
 Applications of elastic behaviour of materials
Chapter8: Mechanical properties of Fluids
 Pressure
 variation Of Pressure
 Atmospheric Pressure and Gauge Pressure
 Hydraulic Machines
 Bernoulli’s principle
 Speed of efflux
 Torricelli’s Law
 Viscosity
 Angle of Contact
 Capillary Rise,
 Detergents and Surface Tension.
Temperature and heat  Measurement of temperature
 Idealgas equation and absolute temperature
 Thermal expansion
 Specific heat capacity
 Calorimetry
 Triple Point
 Latent Heat
 Heat transfer
 Black body Radiation
 Greenhouse Effect
Chapter9: Thermodynamics
 Thermal equilibrium
 Zeroth Law of thermodynamics
 Quasistatic process
 Isothermal Process
 Adiabatic Process
 Isochoric Process
 Isobaric process
 Cyclic process
 Heat engines
 Refrigerators and heat pumps
 Second law of thermodynamics
 Reversible and irreversible processes
 Carnot engine
 Carnot’s theorem
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Chapter10: Kinetic Theory
 Molecular Nature of Matter
 Kinetic theory of an ideal gas
 Pressure of an Ideal Gas
 Kinetic interpretation of temperature,
 Law of equipartition of energy
 Specific heat capacity
 Monatomic Gases
 Diatomic Gases
 Polyatomic Gases
 Specific Heat Capacity of Solids
 Specific Heat Capacity of Water
 Mean free path.
Chapter11: Waves
 Transverse and Longitudinal waves
 Amplitude and phase, wavelength
 Angular wave number
 Period, angular frequency
 Speed of a traveling wave,
 Speed of a transverse wave on a stretched string
 The speed of a longitudinal wave
 The principle of superposition of waves, standing waves and normal modes
 Doppler Effect
 Source moving and observer stationary
Chapter12: Ray Optics and Optical Instruments
 Reflection of Light by Spherical Mirrors
 Focal length of Spherical mirrors
 Total Internal Reflection
 Refraction at spherical surfaces & by lenses
Chapter13: Wave Optics
 Hygen’s Principle
 Reflection & Refraction
 Reflection of a plane wave by a plane surface
 Coherent & Incoherent addition of waves
 Doppler effect
 Polarisation
Chapter14: Electric Charges and Feilds
 Electric Charges
 Conductors and Insulators
 Basic properties of electric charges
 Quantization of charge
 electric flux, electric dipole
 the field of an electric dipole for points on the axial line and on the equatorial plane
 Physical significance of dipoles
 Dipole in a uniform external field
 Continuous charge distribution
 Gauss’s law
 Applications of Gauss’s law
Chapter15: Electrostatic and Potential capacitance
 Electrostatic potential
 Potential energy of a system of charges
 potential due to a point charge
 Relation between field and
 Potential energy of a dipole in an external field
 Electric displacement
 capacitors and capacitance
 the parallel plate capacitor
 capacitors in series and parallel
 Potential energy of a system of two charges in an external field
 Van de Graaff generator.
Chapter16: Current Electricity
 Electric current
 electric current in conductors
 Ohm’s law
 Drift of electrons
 origin of resistivity
 Mobility
 limitations of Ohm’s law
 Resistivity of various materials
 color code of resistors
 Temperature dependence of resistivity
 electrical energy
 EMF
 Internal resistance
 cells in series and in parallel
 Kirchhoff’s rules
 Wheatstone Bridge
 Meter Bridge
 Potentiometer.
Chapter17: Moving Charges and Magnetism
 Magnetism
 magnetic Field
 Magnetic force on a current carrying conductor
 Helical Motion of charged particles
 BiotSavart law
 ampere Circuit law
 Solenoid and Toroid
 Magnetic Dipole
 Force between two parallel current carrying conductor
 Torque on a current loop
 Moving Coil Galvanometer
 Conversion into ammeter and voltmeter
Chapter18: Magnetism and Matter
 Bar Magnet
 Bar magnet as an equivalent solenoid
 Earth’s magnetism
 Magnetic properties of Materials
 Diamagnetism
 Paramagnetism
 Hysteresis Loop
 Permanent Magnets and Electromagnets
Chapter19: Electromagnetic Induction
 Faraday and Henry Experiment
 Magnetic Flux
 Lenz Law and Conservation of energy
 faraday law of induction
 Eddy Currents
 Mutual Inductance
 Self Inductance
 AC Generator
Chapter20: Alternating Current
 AC Voltage applied to resistor
 AC voltage applied to capacitor
 Voltage applied to series LCR Circuit
 Phasor Diagram
 resonance
 Sharpness of resonance
 LC Oscillators
 Transformers
Chapter21: Electromagnetic Waves
 Displacement Current
 Maxwell’s Equations
 EM waves and sources of EM waves
 Electromagnetic Spectrum
Chapter22: Dual Nature of Radiation and Matter
 Electron Emission
 Hertz’s observations
 Photoelectric effect
 Effect of intensity of light on photocurrent
 Effect of potential on photoelectric current
 Quantum of radiation
 nature of Light
Chapter23: Atoms
 Alpha Particle scattering
 Alpha Particle trajectory
 Rutherford’s nuclear form of an atom
 Line Spectra Of Hydrogen atom
 De’Broglie’s Explanation
 LASER light
Chapter24: Nuclei
 Atomic masses
 Composition of Nucleus
 Mass, energy and Nuclear binding energy
 Law of radio Active Decay
 Energy Generation in stars
 gamma decay
 Nuclear Energy and Fission
Chapter25: Semiconductor Electronics
 Classification of metals, conductors, and semiconductors
 Band Theory of solids
 Intrinsic and Extrinsic Semiconductors
 p and ntype semiconductor
 pn junction diode
 Zener diode
 Zener Diode as Voltage regulator
 Photodiode
 Light Emitting Diode
 Junction Transistor
 Basic Transistor characteristics and Configurations
 Transistor as switch and amplifier
 Digital electronics and Logic gates
 Integrated Circuits
Chapter26: Communication Systems
 Elements of Communication system
 Bandwidth of signals &Transmission Medium
 Propagation of EM waves
 Effective Power radiated by antenna
 Amplitude Modulation
 Production & Detection of AM wave
AP Eamcet Syllabus – AP Eamcet Chemistry Syllabus
Unit1: Atomic structure
 Atomic Models
 Development of Bohr Model
 Particle Nature of Electromagnetic radiation
 Line Spectrum of hydrogen
 Quantum Mechanical Model of an atom
 Orbitals and Quantum Numbers
 Shapes & energies of Orbitals
Unit2: Classification of Elements and Periodicity in Properties
 Genesis of periodic Classification
 Electronic Configuration of elements and periodic table
 Electronic Configuration of s,p, and d blocks
 Trends in physical properties
Unit3: Chemical Bonding and Molecular structure
 Kossel Lewis approach
 Representation of simple molecules
 General properties of Ionic Compounds
 Valence Bond Theory
 Hybridisation
 Coordinate Bond
 Molecular Orbital Theory
 Linear Combination of Atomic orbitals
 Energy Level diagrams of Molecular Orbitals
 Hydrogen Bonding
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Unit4: States of Matter
 Thermal energy
 Grahams Law of Diffusion
 Distribution of Molecular Speeds
 Derivation from ideal gas behavior
Unit5: Stoichiometry
 Properties of Matter
 Law of Conservation of Mass
 Law of multiple proportions
 dalton’s Atomic Theory
 Behavior of Real Gases
 Viscosity and Surface tension
Unit6: Thermodynamics
 Systems and Surroundings
 First law of Thermodynamics
Unit7: Chemical Equilibrium and AcidsBases
 Equilibrium in physical and chemical process
 Laws of chemical equilibrium
 Equilibrium constant and its applications
 Ionization of acids and bases
Unit8: Hydrogen and its compounds
 Position of hydrogen in periodic table
 physical and chemical properties of water
 Preparation of hydrogen peroxide
Unit9: sBlock Elements
 Alkali Metals
 Electronic Configurations
 Physical and Chemical properties
 General Characteristics of compounds of alkali metals
Unit10: Group13 Elements( Boron Family)
 General Introduction
 Electronic Configuration
 Atomic Radii
 Ionization Enthalpy
Unit11: Group14 Elements(Carbon Family)
 General Introduction
 Electronic Configuration
 Electro Negativity
 Physical and Chemical Properties
Unit12: Environmental Chemistry
 Air, water and soil pollutions
 Environmental, tropospheric and atmospheric pollution
 Global Warming and greenhouse effect
 Acid Rain
 Green Chemistry
Unit13: Organic chemistry
 Tetravalency of carbon
 shapes and structural representations of organic compounds
 Nomenclature of Organic Compounds
 Qualitative Elemental analysis of organic compounds
Hydrocarbons
 Alkanes
 Alkenes
 Alkynes
 Aromatic Hydrocarbons
Unit14: Solid State
 General Characteristics of Solid State
 Classification of crystalline solids
 Crystal Lattices
 Closepacked Structure
 Packing efficiency in simple cubic
 Electrical properties
Unit15: Solutions
 Types of Solutions
 Concentration of Solutions
 Solubility
 Molarity and Molality
 Vapour pressure of Liquid
 Ideal and NonIdeal solutions
 Osmosis and Water Purification
Unit16: Electrochemistry and Chemical Kinetics
 Electrochemical Cells
 Galvanic Cells
 Conductance of Electrolytic Solutions
 Strong and weak electrolytes
 Primary and secondary batteries
 Rate of a Chemical Reaction
 Factors influencing rate of a chemical reaction
 Temperature Dependence of a chemical reaction
Unit17: Surface Chemistry
 Adsorption and Absorption
 Difference between adsorption and absorption
 Types of Adsorption
 Catalysis
 Colloids
Unit18: General principles of Metallurgy
 Occurrence of Metals
 Concentration of Ores
 Thermodynamic principles
 Extraction of iron, copper, and zinc
 Uses of Aluminium, Copper, and zinc
Unit 19: pBlock Elements
 Group15 Elements
 Group16 elements
 Group17 Elements
 Group18 elements
Unit20: d and f Block Elements
 Electronic Configuration of d block elements
 Formation of complex numbers
 Isomerism in coordination compounds
 Stability of Coordination Compounds
 Importance and applications of coordination compounds
Unit21: Polymers
 Classification of Polymers
 Types of Polymerization Reactions
Unit22: Biomolecules
 Carbohydrates
 Enzymes
 Vitamins
 Nucleic Acids
 Proteins
 Hormones
Unit23: Chemistry in Everyday Life
 Drugs and their Classification
 Chemicals in food artificial sweetening agents
 Cleansing Agents
Unit24: Halo Alkanes and HaloArenes
 Classification and Nomenclature
 Nature of CX Bond
Unit25: Organic Compounds containing C, H, and O
 Alcohols
 Phenols and
 Ethers
 Aldehydes and Ketones
 Carboxylic Acids
Unit26: Organic Compounds containing Nitrogen
 Amines
 Diazonium Salts
 Cyanides and Isocyanides
AP Eamcet 2020 Syllabus Medical – AP Eamcet Botany Syllabus
Unit1: Diversity in Living World
 Taxonomic Categories
 Plantae and anime
 Viruses
 Lichens
 Plant Kingdom
 Scope of Botany
 Algae
Unit2: Structural Organization in Plants
 Morphology
 Vegetative Morphology
 Reproductive Morphology
Unit3: Reproduction in Plants
 Modes of Reproduction
 Pollination in Plants
Unit4: Plant Systematics
 Taxonomy of Angiosperms
Unit5: Cell Structure and Function
 Unit of Life
 Prokaryotic cells
 Ultrastructure of plant cells
 Plastids
 Cell Membrane
 Nucleosome
 Cilia
 Nucleosome
 Structural Organization
 Biomolecules
 Mitosis
 Meiosis
Unit6: Internal Organization of Plants
 Histology and anatomy of Flowering Plants
 Plant tissues and Types
 Epidermal, ground and vascular tissue Systems
 Secondary growth in dicot stem and dicot root
Unit7: Plant Ecology
 Ecological Adaptations
 Succession and Ecological Services
 Plant Communities
 Hydrophytes
 Mesophytes
 Plant succession
Unit8: Plant Physiology
 Transport in Plants
 Diffusion
 Water Relations
 Phloem Transport
 Toxicity of Micronutrients
 Enzymatic Conversions
 Ethylene
Unit9: Micro Biology
 Bacteria
 Morphology of Bacteria
 Conjugation
 Transformation
 Transduction
 Viruses
 Viral diseases in Humans
Unit10: Genetics
 Principles of Inheritance
 Inheritance of One gene
 Law of Dominance
 Linkage and Recombination
 Law of Independent Assortment Chromosomal Theory & Inheritance
 Mutations
Unit11: Molecular Biology
 Molecular Basis Of Inheritance
 DNA
 Properties of Genetic Material
 RNA World
 types of RNA
 Mutations and Genetic Code
 Regulation of gene expression
Unit12: BioTechnology
 Principles of Biotechnology
 Tools of recombinant DNA molecule
 Cutting of DNA at specific locations
Unit13: Plants, Microbes, and Human Welfare
 Strategies for enhancement in food production
 Plant breeding
 Microbes in Human welfare
 Tissue Culture
AP Eamcet Syllabus AP Eamcet Zoology Syllabus
 Diversity of Living world
 Structural Organization in Animals
 Human Anatomy and PhysiologyIII
 Animal DiversityI
 Animal DiversityII
 Locomotion and Reproduction in Protozoa
 Human anatomy and PhysiologyII
 Biology and Human welfare
 Type Study of Periplaneta Americana
 Ecology and environment
 Human Anatomy and PhysiologyI
 Human reproduction
 Genetics
 Human Anatomy and PhysiologyIV
 Organic Evolution
 Applied Biology
AP Eamcet Exam Pattern 2020
S.No.  Exam Type  Name of the Subjects  No. of Questions  Maximum
m Marks 
Exam Duration 
1.  Objective Type  Mathematics  80  80  3 Hours 
2.  Physics  40  40  
3.  Chemistry  40  40  
4.  Botany  40  40  3 Hours  
5.  Zoology  40  40  
6.  Physics  40  40  
7.  Chemistry  40  40 
 The total no. of questions are 160 for each stream
 The exam will be conducted for 3 Hours for each stream
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