AMUAT (B.Tech.) 2023 Preparation Tips
April 27, 202339 Insightful Publications
Why is it important for aspirants to know the AMUAT (B. Tech) syllabus and topics? Because only with proper knowledge of the exam syllabus can you create a proper study plan and prioritise learning accordingly. At Embibe, we help you understand the basics behind each topic so can learn the advanced topics quickly. Strong conceptual knowledge will make the AMU AT (B.Tech.) topics easier.
Embibe is a 3D learning app that provides 50+ books and mock tests for AMUEEE, so start your preparation and don’t stall your efforts. The video solutions and explainers will assist you in understanding the topics comprehensively. You can understand all the AMUAT (B.Tech.) topics easily and quickly with the help of 3D videos. Read the entire article, enhance your knowledge of subjectwise AMUEEE topics, and extemporise your learning abilities.
Latest Updates:
– AMUEEE 2023 application form was released on the official website on February 17, 2023. The last date for registration is March 17, 2023.
– AMUEEE 2023 exam will be held on May 14, 2023, in various exam centres.
The AMUEEE 2023 is scheduled to be conducted on May 14, 2023. The AMUEEE syllabus comprises three sections, Physics, Chemistry and Mathematics. You can check subjectwise important topics at Embibe. In this app, you can find the video explanations for all the chapters:
Let us have a look at the important topics for AMUEEE Physics:
Sl.No.  Chapters  Important Topics 
1

Experiments in Physics

Experiments in PhysicsI 
Experiments in PhysicsII  
2

Mathematical Tools in Physics

Applications of Differential Calculus in Physics 
Applications of Integral Calculus in Physics  
Vectors  
Addition and Subtraction of Vectors  
Multiplication of Vectors  
3

Physical World and Measurement

Physics and its Relation with Environment 
Nature of Physical Laws  
Measurements of Physical Quantities  
Error Analysis  
Significant Figures and Rounding off Numbers  
4

Kinematics

Motion in a Straight Line 
Variable Acceleration  
Graphical Representation of Motion  
Motion in a Plane  
Projectile Motion  
5

Laws of Motion

Force 
Newton’s Laws of Motion  
Inertial and Noninertial Frames of Reference  
Spring Force  
Constraint Relations  
6

Friction

Friction 
Static Friction  
Dynamic Friction  
Motion on Rough Inclined Plane  
TwoBlock Problems  
7

Circular Motion

Angular Variables in Circular Motion 
Kinematics of Circular Motion  
Dynamics of Circular Motion  
Banking of Roads  
Centrifugal Force  
8

Work, Energy and Power

Work 
Work Energy Theorem  
Conservative Force and Potential Energy  
Power  
Vertical Circular Motion  
9

Centre of Mass, Momentum and Collisions

Centre of Mass and its Motion 
Centre of Mass Frame  
Impulse of a Force  
Linear Momentum and Its Conservation Principle  
Variable Mass System  
10

Rotational Mechanics

Rigid Body 
Combined Rotational and Translational Motion  
Kinematics of Rotational Motion  
Moment of Inertia  
Torque  
11

Elasticity

Deformation and Elastic Behaviour of Solids 
Hooke’s Law and Modulus of Elasticity  
StressStrain Curve  
Elastic Potential Energy  
Viscosity and Surface Tension  
12

Thermal Properties of Matter

Measurement of Temperature 
Thermal Expansion of Solids, Liquids and Gases  
Specific Heat Capacity  
Latent Heat  
Calorimetry  
13

Heat Transfer

Heat Conduction in One Dimension 
Convection  
Blackbody Radiation  
Kirchhoff’s Law of Radiation  
Stefan’s Law  
14

Thermodynamics

Basics of Thermodynamics 
Internal Energy and Work Done in Thermodynamics  
Heat Capacity  
Thermodynamic Processes and Indicator Diagrams  
First Law of Thermodynamics  
Kinetic Theory of Gases  
15

Simple Harmonic Motion

Simple Harmonic Motion 
Equation of SHM  
Energy in SHM  
Linear SHM  
16

Wave Motion

Terms in Wave Motion 
Equation of Wave  
Velocity and Acceleration of Particles in Wave Motion  
Speed of Wave on a String  
17

Sound Waves

Sound as a Pressure Wave 
Intensity and Loudness of Sound  
Reflection of Longitudinal Waves  
Resonance  
Speed of Sound in Gases  
18

Electrostatics

Electric Charge and Its Properties 
Methods of Charging  
Coulomb’s Law  
Superposition Principle and Continuous Charge Distribution  
Electric Field  
19

Ray Optics

Basic Terms in Geometrical Optics 
Reflection of Light  
Plane Mirror  
Curved Mirror  
Refraction of Light  
20

Wave Optics

Huygen’s Principle 
Interference of Light  
Young’s Double Slit Experiment  
Interference Due to Thin Films  
Diffraction of Light  
21

Dual Nature of Matter and Radiation

Photon Theory of Light 
Photoelectric Effect  
Photoelectric Cell and its Applications  
Radiation Pressure  
de Broglie Wavelength  
22

Atomic Physics

Atomic Model 
Bohr’s Model of Hydrogen Atom  
Emission and Absorption Spectrum  
X – Rays  
Characteristic and Continuous XRays 
Note: To get the complete list of Physics topics for AMUEEE, click here
The important topics for AMUEEE Chemistry are given below:
Sl.No.  Chapters  Important Topics 
1

Some Basic Concepts of Chemistry

Matter and its Nature 
Measurement of Matter and Uncertainty in Measurement


Laws of Chemical Combination  
Dalton’s Atomic Theory  
Atomic and Molecular Mass  
2

Structure of Atom

Atomic Models 
Discovery of SubAtomic Particles  
Some Important Atomic Terms  
Wave Nature of Electromagnetic Radiation  
Spectrum  
3

States of Matter: Gases and Liquids

Classification of States of Matter 
Measurable Properties of Gases  
Intermolecular Forces  
Gaseous Laws and Ideal Gas Equation  
Dalton’s Law of Partial Pressure  
4

Thermodynamics

Terminology in Thermodynamics 
Fundamentals of Thermodynamics  
First Law of Thermodynamics  
Applications of First Law of Thermodynamics


Enthalpy  
5

Equilibrium

Introduction to Equilibrium 
Equilibrium in Physical Processes  
Chemical Equilibrium and its Characteristics


Law of Chemical Equilibrium and Equilibrium Constants


Equilibrium Constants and its Significance  
6

Redox Reactions

Classical Idea of Redox Reactions 
Oxidation Number  
Types of Redox Reactions  
Balancing of Redox Reactions  
Redox Reactions and Electrode Processes  
7

Solid State

Classification and Properties of Solids 
Classification of Crystalline Solids and their Properties


Crystal Lattice and Unit cells  
Calculations for Standard Cubical Unit Lattice


Packing in Solids  
8

Solutions

Types of Solutions 
Methods of Expressing Concentration of Solutions


Solubility  
Vapour Pressure of Liquid Solutions  
Raoult’s Law  
9

Electrochemistry

Electrochemical Cells 
Electrodes  
Electrode Potential and Standard Electrode Potential


Nernst Equation and Its Application  
Electrochemical Series and its Applications  
10

Chemical Kinetics

Kinetics of Chemical Reactions 
Rate of a Chemical Reaction  
Factors Influencing Rate of Reaction  
Order of a Reaction  
Molecularity of a Reaction  
11

Surface Chemistry

Importance of Surface Chemistry 
Adsorption  
Catalysis  
Colloids  
Classification of Colloids  
12

Classification of Elements and Periodicity in Properties

Brief History of The Development of Periodic Table

Modern Periodic Law and the Present Form of the Periodic Table


Nomenclature of Elements in Periodic Table with Atomic Number Greater than 100


Atomic Radii, Ionic Radii and Van der Waals Radii


Ionisation Enthalpy and its Applications  
13

Chemical Bonding and Molecular Structure

KosselLewis Approach to Chemical Bonding

Ionic or Electrovalent Bond  
Fajan’s Rule  
Covalent Bonding  
Valence Bond Theory  
14

Hydrogen

General Introduction of Hydrogen 
Preparation of Dihydrogen  
Properties of Hydrogen  
Uses of Dihydrogen  
Hydrides  
15

The sBlock Elements

General Introduction of Group 1 Elements 
Physical Properties of Group 1 Elements  
Chemical Properties of Group 1 Elements  
Anomalous Properties of Lithium  
Important Compounds of Group 1 Elements  
16

Environmental Chemistry

Environmental Pollution 
Atmospheric Pollution  
Water Pollution  
Soil Pollution  
Industrial Waste  
17

General Principles and Processes of Isolation of Metals (Metallurgy)

Occurrence of Elements in Nature 
Concentration of Ores  
Conversion of Ores into Oxide  
Thermodynamic and Electrochemical Principles


Ellingham Diagrams  
18

The pBlock Elements

pBlock Elements 
General Introduction of Group 13 Elements  
Atomic and Physical Properties of Group 13 Elements


Chemical Properties of Group 13 Elements  
Important Compounds of Group 13 Elements


19

The d and fBlock Elements

General Introduction of d and fBlock Elements

General Properties of dBlock Elements  
Some Important Compounds of Transition Metals


General Introduction of Lanthanoids  
20

Coordination Compounds

Introduction to Coordination Compounds 
Important Terms related to Coordination Compounds


Ligands and their Classification  
Chelation  
Werner’s Theory of Coordination Compounds


21

Qualitative Analysis (Beyond Syllabus)

Basic Terminologies in Qualitative Analysis 
Preliminary Test for Radicals  
Systematic Analysis of Anionic Radicals  
Systematic Analysis of Cationic Radicals  
Hydrocarbons  
22

Organic Chemistry Some Basic Principles and Techniques

General Introduction of Organic Chemistry 
Classification of Organic Compounds  
Nomenclature of Organic Compounds  
Isomerism  
Structural Isomerism  
23

Hydrocarbons

General Introduction of Hydrocarbons 
Isomerism in Alkanes  
Physical Properties of Alkanes  
Preparation Method of Alkanes  
Chemical Properties of Alkanes  
24

Haloalkanes and Haloarenes

Introduction to Haloalkanes and Haloarenes

Classification of Haloalkanes and Haloarenes


Nomenclature of Haloalkanes and Haloarenes


Nature of C – X Bond in Haloalkanes  
Physical Properties of Haloalkanes and Haloarenes


25

Alcohols, Phenols and Ethers

General Introduction of Alcohols, Phenols, and Ethers

Physical Properties of Alcohols  
Physical Properties of Phenols  
Preparation of Alcohols  
Chemical Properties of Alcohols 
Note: To find the complete list of Chemistry topics, click here
AMUEEE Mathematics Important Topics
Following is the list of important AMUEEE Mathematics topics and candidates can check them and complete their preparation at the earliest:
Sl.No.  Chapters  Important Topics 
1

Trigonometric Ratios and Identities

Basics of Trigonometry 
Trigonometric Functions and Properties  
Trigonometric Identities  
Conditional Identities  
Trigonometric Series  
2

Trigonometric Equations and Inequations

Trigonometric Equations 
Trigonometric Inequations  
3

Properties of Triangle

Relations Between Sides and Angles of a Triangle

HalfAngle Formula and the Area of a Triangle


Inradius, Exradii and Circumradius  
Distances of the Centres of a Triangle from Its Vertices and Sides


Distance between Various Centre Points of a Triangle


4

Straight Line

Basics of 2D Coordinate Geometry 
Special Points in a Triangle  
Transformation of Axes  
Equation of a Straight Line in Various Forms


Straight Line and a Point  
5

Functions

Basics of Functions 
Transformation of Graphs  
Types of Functions  
Even and Odd Functions  
Periodic Functions  
6

Indefinite Integration

Basics of Indefinite Integral 
Methods of Integration  
Integration of Rational Functions  
Integration of Irrational Functions  
Integration Using Trigonometric Identities  
7

Definite Integration

Basics of Definite Integral 
Properties of Definite Integral  
Definite Integral as Limit of a Sum  
Reduction Formulae for Definite Integration  
Newton Leibnitz’s Theorem  
Estimation of Definite Integral  
8

Vector Algebra

Basics of Vectors 
Addition of Vectors  
Geometrical Application of Vectors  
Dot Product of Two Vectors  
Cross Product of Two Vectors  
Basics of Vectors  
9

Three Dimensional Geometry

Basics of 3D Geometry 
Equation of a Line in 3D  
Line and a Point  
Interaction between Two Lines in 3D  
Equation of Plane  
10

Statistics

Basics of Statistics 
Measures of Central Tendency  
Measures of Dispersion  
11

Probability

Basics of Probability 
Algebra of Probability  
Conditional Probability  
Total Probability and Bayes’ Theorem  
Probability Distribution of a Random Variate 
Note: Click here to get the complete list of Mathematics topics.
Candidates can follow the belowmentioned steps to attempt the AMUEEE mock tests at Embibe:
Below are the most commonly asked questions with answers about AMUEEE topics:
Ans: The AMUAT (B.Tech.) syllabus is based on Physics, Chemistry and Biology subjects. You can refer to Classes 11 and 12 to strengthen your basic concepts.
Ans: The AMUAT (B.Tech.) exam duration is 3 hours.
Ans: Solve previous year’s question papers, revise regularly, and focus on AMUAT (B.Tech.) important topics. Create a timetable to help you prepare strategically for the exam.
Ans: The AMU AT exam will have 150 questions for 150 marks.
Ans: As per the AMUAT (B.Tech.) exam pattern, 1 mark will be awarded for every correct answer and 0.25 marks will be deducted for every incorrect answer.
Also, check the following:
We hope the above article about AMUAT (B.Tech.) topics has cleared all your doubts and queries. We wish you all the best for the upcoming exams.
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