AP EAMCET Study Plan & Timetable 2025: 30-Day Timetable

AP EAMCET Study Plan 2025: The examination authorities scheduled the AP EAPCET 2025 examination from the 16th to the 22nd of May 2025. This test is a gateway for admission into different undergraduate courses in the fields of Engineering, Agriculture, and Pharmacy across Andhra Pradesh. Due to the high competition, the students have to plan the syllabus and schedule properly to achieve a good score in the AP EAPCET 2025 exam. The candidates can check the AP EAMCET 2025 Study Plan and Timetable here.

The Andhra Pradesh Engineering, Agriculture, and Pharmacy Common Entrance Test (AP EAPCET) is a state-level entrance test conducted by the Jawaharlal Nehru Technological University (JNTU), Kakinada, on behalf of the Andhra Pradesh State Council of Higher Education (APSCHE) once a year.

AP EAMCET Study Plan

To achieve a good score in the AP EAPCET 2025, the candidates may follow the important study tips:

1. Know the AP EAPCET 2025 Syllabus: The candidates should start the AP EAPCET 2025 preparation by knowing the entire syllabus. The candidates must know what topics are covered in the AP EAPCET syllabus. This will help to plan their study schedules accordingly.

The candidates must be familiar with the entire syllabus of Class 11 and 12.

2. Familiar with your Strengths and Weaknesses: The Candidates must start evaluating their strengths and weaknesses in each subject at the initial phase of their exam preparation. It’s important to find the areas that need improvement. This self-analysis will help the candidate to clarify the doubts at the beginning of the preparation.

3. Check Previous Year Question Papers: Practicing the Previous Year’s Question papers is the best way for the students to understand the examination pattern, Syllabus, Weightage, and the difficulty level of the questions.

The candidates can expect the same examination pattern in the AP EAPCET 2025 exam. They can understand the topic-wise weightage and level of difficulty of the questions. They can calculate the time required for each section in every subject and prepare to manage time. By practicing the PYQs the students can attempt the test in a better and confident way.

4. Regular Practice: The candidates should make sure to revise their notes and study materials regularly. This will help them to remember the topics in a better way.

5. Take Mock Tests: Include Mock Tests in your study Plan to understand your knowledge and to get familiar with the pattern, and time management.

Here are the Mock Test links:

Engineering Stream	Click Here
Agriculture & Pharmacy Stream	Click Here

Also Checkout: TS EAMCET Rank Predictor

6. Stay Healthy: Take good care of your health. Get the required amount of sleep. Eat proper food and set yourself up for the exam.

Also Check: AP EAMCET Previous Year Question papers

AP EAMCET 30-Day Timetable

The candidates can follow the below Timetable which is based on the Weight-age and covers every topic from the AP EAPCET Syllabus

Day	Topics to be Covered
	Chemistry	Physics	Mathematics
Day 1	P – Block ElementsGroup 14 to 18 Elements	Laws of Motion	ALGEBRA 1. Functions 2. Mathematical Induction  3. Matrices 4. Sequence and series
Day 2	1. Some basic concepts in Chemistry 2. Atomic Structure	Work, Power, and Energy	VECTOR ALGEBRA 1. Addition of Vectors 2. Product of Vectors
Day 3	1. Chemical Bonding 2. Molecular Structure	System of Particles and Rotatory Motion	CALCULUS 1. Differentiation 2. Limis and Continuity 3. Differential Calculus
Day 4	1. Organic Chemistry – Some Basic Principles and Techniques 2. Redox Reactions	Mechanical Properties of Fluids	SETS AND FUNCTIONS 1. Sets  2. Relations and Functions  3. Trigonometric Functions
Day 5	Classification of elements and periodicity in properties	Current Electricity	RELATIONS AND FUNCTIONS  1. Types of Relations and Functions  2. Binary Operations
Day 6	Organic Compounds containing C, H, O	Moving Charges and Magnetism	APPLICATIONS OF DERIVATIVES  1. Rate of Change 2. Errors & Approximations
Day 7	Organic Compounds Containing Nitrogen	Ray Optics and Optical Instruments	APPLICATIONS OF DERIVATIVES  1. Tangents & Normals  2. Mean Value Theorems  3. Maxima & Minima
Day 8	1. Chemical Equilibrium 2. Chemical Equilibrium – Acids, Bases, and Salts	Semiconductor Electronics – Materials, Devices, and Simple circuits	ALGEBRA  1. Complex Numbers  2. Quadratic Expressions
Day 9	1. Solutions 2. Solutions – Colligative Properties	Gravitation	ALGEBRA 1. Permutations and Combinations 2. Binomial Theorem
Day 10	1. Coordination Compounds 2. Chemical Thermodynamics	Motion in a Straight line	ALGEBRA 1. Measures of Dispersion 2. De Moivre’s Theorem
Day 11	States of Matter – Liquids and Gases	Motion in a plane	ALGEBRA Theory of Equations
Day 12	Chemistry in Everyday Life	Thermodynamics	COORDINATE GEOMETRY  1. Circle  2. System of Circles
Day 13	1. Biomolecules 2. Polymers	Thermal Properties of Matter	COORDINATE GEOMETRY  1. Parabola  2. Hyperbola
Day 14	Purification and Characterisation of Organic Compounds	Electric Charges and fields	COORDINATE GEOMETRY  1. Ellipse  2. Plane
Day 15	Organic Chemistry – Hydrocarbons	Electrostatic Potential and Capacitance	CALCULUS  1. Integration 2. Definite Integrals
Day 16	1. Environmental Chemistry 2. Surface Chemistry	Dual Nature of Radiation and Matter	CALCULUS 1. Differential Equations 2. Areas
Day 17	d & f block elements	Nuclei Atoms	PROBABILITY  1. Probability  2. Random variables and probability distribution
Day 18	s-block elements – Alkali and Alkaline earth metals	Communication Systems	COORDINATE GEOMETRY  1. Locus  2. Transformation of Axes
Day 19	Hydrogen and its compounds	Alternating Current	COORDINATE GEOMETRY  1. The straight line  2. Pair of Straight lines
Day 20	Chemical Kinetics	Electromagnetic Waves	COORDINATE GEOMETRY  1. Three-dimensional coordinates
Day 21	General Principles and Processes of isolation of metals	Electromagnetic Induction	COORDINATE GEOMETRY  1. Direction Cosines  2. Direction Ratios
Day 22	Stoichiometry	Waves	ALGEBRA  1. Partial Fractions
Day 23	Solid State	Wave Optics	TRIGONOMETRY  1. Trigonometry  2. Trigonometric ratios up to transformations
Day 24	P-block elements: Group 13 (Boron Family)	Magnetism and Matter	ALGEBRA  1. Determinants
Day 25	P-block elements: Group 14 (Carbon Family)	Mechanical Properties of Solids	TRIGONOMETRY  1. Inverse Trigonometric functions
Day 26	1. Electro Chemistry 2. Electro Chemistry – Chemical Kinetics	Gravitation	TRIGONOMETRY  1. Hyperbolic Functions
Day 27	1. Haloalkanes 2. Haloarenes	Oscillations	TRIGONOMETRY 1. Properties of Triangles
Day 28	General Principles of Metallurgy	Kinetic Theory of Gases	TRIGONOMETRY 1. Trigonometric Equations
Day 29	Electrochemistry	Thermal properties of Matter	Trigonometric Functions
Day 30	Chemical Bonding	1. Physical World 2. Units and Measurements	Sequence and Series