The AEEE 2025 syllabus holds topics from physics, chemistry, mathematics, and english. Applicants looking for a detailed syllabus of these subjects can refer to the article below.
AEEE 2025 Syllabus:
The physics syllabus includes topics like mechanics, units, and dimensions, the mathematics syllabus includes topics like conic sections, integral calculus, and others, the chemistry syllabus includes topics like hydrogen, polymers and biomolecules and others, whereas the english syllabus includes articles, synonyms, and others.
Applicants need to prepare properly for the AEEE and should be able to prepare the syllabus on time. Improving the right study techniques by dividing the syllabus into a timetable can help the applicants prepare the right way. This syllabus guide here highlights the syllabi from physics, chemistry, mathematics, and english. They can refer to the syllabus here and begin their prep in advance. Read more to know about the AEEE 2025 syllabus.
Applicants can have a look at the physics syllabus below which contains topics like solids and fluids, units and dimensions, and others.
Chapters
Topics in the Chapters
Units and dimensions
Units for measurement
Dimensions (their applications)
Fundamental and derived units
Mechanics
Motion in a straight line
Non-uniform and uniform motion
Vector and scalar products
Concept of work, energy, and power
Gravitation
Solids and Fluids
Solids
Oscillations and waves
Heat and thermodynamics
Electrostatics, magneto statistics, and current electricity
Magnetic effects
Electromagnetic waves/induction
Faraday’s law
Lenz’s law
Transformer and AC generator
Electromagnetic waves (their characteristics)
Ray and wave optics
Diffraction
Refraction/reflection of light at plane/curved surfaces
Newton’s rings
Polarization
Modern physics
Dual nature of radiation
Radioactive decay law
Nuclear binding energy
Transistor as an amplifier
AEEE 2025 Chemistry Syllabus
Check the AEEE chemistry syllabus here in the table below.
Chapters
Topics in the Chapters
Basic concepts
Molecular/atomic masses
Chemical reactions
Stoichiometry
Molecular structure, chemical bonding, atomic structure
Bohr’s model
Bond formation/ bond bond parameters
VSEPR theory
Hydrogen bond
Thermodynamics/equilibrium
Heterogeneous/homogeneous bond
Ionic equilibrium
Acids, bases, and salts
Gibb’s free energy
Kinetics/electrochemistry/ surface chemistry
Kohlrausch law
Nernst equation
Collision theory
Colloids and emulsions
Solutions/solid state
Molecular, ionic, metallic solids
Magnetic/electrical properties
Ideal/non-deal solutions
Hydrogen
Position of hydrogen in periodic table
Hydrogen as fuel
P, D, F block elements
Group 13 to 17 elements
Ionization enthalpy
Lanthanides and actinoids
Coordination compounds
Werner’s theory
Coordination number and isomerism
Basic organic chemistry (techniques)
Electronic displacement in covalent bond
Purification methods in organic compounds
Qualitative/quantitative analysis
Hydrocarbons, haloarenes, haloalkanes
Alkynes, alkenes, alkanes, and aromatic hydrocarbons
IUPAC nomenclature
Mechanism of substitution reactions
Alcohols, ethers, and phenols
Mechanism of dehydration
Primary and secondary identification of tertiary and secondary alcohols.
Aldehydes, ketones, carboxylic acids, and amines
Nomenclature
Reaction of alpha hydrogen in aldehydes
Physical/chemical properties of group members
Biomolecules/polymers
Synthetic/natural polymers
Molecular weight of polymers
Carbohydrates
Environmental chemistry
Water/air/soil pollution
Acid rain
Ozone and its depletion
Chemistry in everyday life
Drugs (its interaction)
Chemical in food
Artificial sweetening agents
AEEE 2025 Mathematics Syllabus
Here is the AEEE 2025 mathematics syllabus in the table.
Chapters
Topics in the Chapters
Complex numbers
Argand diagram
Complex numbers algebra
Cube roots of unity
Linear inequalities
Linear inequalities and their algebraic solutions
Combinations/permutations
Fundamental principles of counting
Permutation as arrangement
Binomial theorem
Pascal’s triangle
Simple applications
General/middle terms in binomial theorem
Sequence and series
Geometric/arithmetic/harmonic progressions
Geometric/exponential/logarithmic series
Determinants/matrices
Determinant’s properties
Addition/multiplication of matrices
Inverse and adjoint matrix
Quadratic equations
Relation between root and coefficient
Nature of roots
Functions/relations
Relation’s definition
Real valued function of real variable
Types of relations
Trigonometry
Trigonometric equations/identities
Triangle’s properties
Solutions of triangles
Heights and distances
Measures of central tendency/dispersion
Calculation of mean, mode, and median for grouped/ungrouped data
Standard deviation calculation
Probability
Conditional probability
Bayes theorem
Poisson/binomial distributions
Differential calculus
Graph of simple functions
Continuity and limits
Applications of derivatives
Minima and maxima of functions one variable
Integral calculus
Integral as an antiderivative
Integration by substitution, parts, and partial functions
Definite integrals and properties
Differential equations
Ordinary differential equations
Differential equations formations
Solution for homogeneous and linear differential equations
Two dimensions geometry
Distance formula
Area of triangle
Slope of a line, perpendicular, and parallel lines
Straight line/pair of straight lines
Intersection of lines
Point of intersection and angles between two lines
Various form of equations in a line
Circles/family of circles
Standard/general form of equation of circle
Equation of circle in parametric form
Conic section
Sections for cones
Conic sections equations
Vector algebra
Scalars and vectors
Vectors/scalar products
Three dimensional geometry
Two points distance
Shortest distance between two lines
Vector/cartesian equation of a line
AEEE 2025 English Syllabus
Check the english syllabus here.
Engslish Syllabus
Articles
Synonyms and antonyms
Prepositions
Verbs
For more syllabus and exam updates stay tuned with CollegeDekho.
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FAQs
What is the importance of the AEEE 2025 syllabus in the exam preparation?
AEEE syllabus 2025 comprises all the important topics from which questions will be asked in the AEEE 2025 exam. Therefore, candidates must have a thorough knowledge of the AEEE 2025 syllabus before starting the exam preparation.
What is the AEEE 2025 syllabus?
AEEE 2025 syllabus comprises the subjects and the topics from which questions are asked in the AEEE exam. The AEEE syllabus is at par with class 11 and 12 levels. The AEEE syllabus includes the subjects of Physics, Chemistry, Mathematics and English.
What is the minimum percentile required for AEEE?
Amrita Vishwa Vidyapeetham does not specify any minimum percentile criteria for the AEEE exam. The selection process is based purely upon the candidate's performance in the AEEE exam, and there is no minimum percentile cutoff for the exam.
Does Amrita University accept the JEE Main score?
Amrita University has 30% of its seats reserved for admission via JEE Mains. The cutoff percentile varies depending upon the campus and the year. For instance, in 2022, the cutoff percentile for CSE in Amrita Coimbatore was 95.5, while the cutoff percentile for CSE in Amritapuri was 96.5.
What is the AEEE exam pattern 2025?
The duration of the AEEE 2025 exam will be 2.5 hours and the exam will consist of 100 multiple-choice questions (MCQs). Each question carries 3 marks and there is a provision of 1 mark of negative marking for incorrect answers.
Is the AEEE 2025 exam difficult?
When compared to exams such as JEE and BITSAT, AEEE is typically considered to be moderate. However, since the AEEE exam's questions are drawn from the syllabus for classes 11 and 12, candidates must understand the material covered in those courses.
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