TS EAMCET 2026 Physics Chapter/ Topic Wise Weightage & Important Topics

TS EAMCET 2026 Physics Chapter Wise Weightage will carry 40 questions of one mark each. Most of the questions are asked from topics, like Thermodynamics, Rotational Motion, Current Electricity etc. Check detailed TS EAMCET Physics weightage 2026 here.

Table of Contents

TS EAMCET 2026 Weightage Physics
Expected TS EAMCET Physics Chapter Wise Weightage for 2026
Topic-Wise Physics EAMCET 2026 Weightage from Inter 1st Year Syllabus
Topic-Wise Physics EAMCET 2026 Weightage from Inter 2nd Year Syllabus
TS EAMCET Physics Important Topics and Weightage for 2026
Faqs

TS EAMCET 2026 Physics Chapter/ Topic Wise Weightage

For candidates hoping to maximize their results in the Physics section of the TS EAMCET 2026 exam , the TS EAMCET 2026 Physics Chapter Wise Weightage & Important Topics is an essential road map. As a core component of the EAMCET curriculum, physics has a lot of weight and frequently determines a candidate's ranking. Students can effectively plan their preparation by concentrating on high-yield regions while making sure that key concepts from every chapter are covered by knowing how marks are distributed chapter-by-chapter and identifying key subjects. Mechanics, Thermodynamics, Oscillations, Waves, Electrostatics, Current Electricity, Magnetism, Optics, Modern Physics, and additional topics are often included in the TS EAMCET Physics syllabus, which covers both Class 11 and Class 12 courses. In contrast to chapters like Semiconductors and Communication Systems, which have a moderate weight but are still crucial for a high score, chapters like Mechanics, Electrostatics, and Current Electricity typically have a higher weight because of their wide application and frequent appearance in previous papers.

Aspirants need to be aware of chapter-by-chapter weighting as well as repeating concepts such Kinematics, Newton's Laws, Work, Energy and Power, Oscillations, Wave Motion, Electrostatics, Magnetic Effects of Current, and Light. These subjects are frequently highlighted in exams from prior years and serve as the foundation for the Physics section's problem-solving questions. Furthermore, as TS EAMCET Physics frequently assesses both theoretical comprehension and mathematical application, combining conceptual clarity with numerical problem-solving is essential.

TS EAMCET 2026 Weightage Physics

Physics is one of the common subjects in the TS EAMCET Engineering and Agriculture exam. Whether you are appearing for the TS EAMCET BiPC or MPC exam, the following weightage will help you identify important chapters of Physics. The entire TS EAMCET Physics chapter wise weightage 2026 can be broadly divided into six parts. As per the TS EAMCET 2026 physics weightage, you can expect 15 questions from Mechanics, 12 from Electricity, 6 from Heat and Thermodynamics, etc. You can check the EAMCET 2026 weightage shared below.

Name of the Chapter	Physics EAMCET Weightage 2026 TS (Expected No. of Questions)
Mechanics	15
Electricity	12
Heat & Thermodynamics	6
Modern Physics	4
Waves & Optics	3
Total	40

Expected TS EAMCET Physics Chapter Wise Weightage for 2026

TS EAMCET Physics chapter-wise weightage 2026 is equally distributed between Class 11 and Class 12 topics. You are advised to check the Physics EAMCET weightage 2026 TS in terms of the expected percentage of questions asked. Going by the table, it is evident that the chapters on Thermodynamics, System of Particles and Rotational Motion, and Laws of Motion carry a greater weightage whereas Atoms, Kinetic Theory, Physical World etc. are the topics carrying the least weightage as per the EAMCET Physics weightage 2026.

Chapters	Physics EAMCET Weightage 2026 TS (Expected %)
Thermodynamics	9%
System of Particles and Rotational Motion	6%
Work, Energy and Power	6%
Moving Charges and Magnetism	5%
Laws of Motion	5%
Motion in a Plane	5%
Current Electricity	4%
Electrostatic Potential and Capacitance	4%
Waves	4%
Gravitation	4%
Oscillations	4%
Ray Optics and Optical Instruments	3%
Communication Systems	3%
Semiconductor Electronics	3%
Nuclei	3%
Dual Nature of Radiation and Matter	3%
Alternating Current	3%
Electromagnetic Induction	3%
Electric Charges and Fields	3%
Waves Optics	3%
Thermal Properties of Matter	3%
Mechanical Properties of Fluids	3%
Motion in a Straight Line	3%
Atoms	2%
Electromagnetic Waves	2%
Magnetism and Matter	2%
Kinetic Theory	2%
Mechanical Properties of Solids	2%
Units and Measurements	2%
Physical World	1%

Topic-Wise Physics EAMCET 2026 Weightage from Inter 1st Year Syllabus

Among the five parts mentioned above, each chapter is divided into various sub-topics as per the first-year Intermediate Physics syllabus. The table below indicates the TS inter 1st year Physics weightage 2026 in terms of the expected number of questions.

Name of the Topic	Physics EAMCET weightage 2026 (Expected No. of Questions)
Physical World	1
Units and Measurements	1
Vectors	1
Motion in a Straight Line	1-2
Motion in a Plane	2-3
Laws of Motion	2-3
Work, Energy & Power	1-3
System of Particles	1-3
Rotational Motion	2
Oscillations	1-2
Gravitation	1
Mechanical Properties of Solids	1
Mechanical Properties of Fluids	1
Thermal Properties of Matter	2
Thermodynamics	1-2
Kinetic Energy	1
Heat Transfer	1

Topic-Wise Physics EAMCET 2026 Weightage from Inter 2nd Year Syllabus

As per the 2nd-year Intermediate syllabus, the TS EAMCET physics chapter-wise weightage is as follows –

Name of the Topic	Physics EAMCET weightage 2026 (Expected No. of Questions)
Waves and Sound	2
Ray Optics & Optical Instruments	1-3
Wave Optics	1
Electric Charge & Fields	1
Electrostatic Potential & Capacitance	2
Current Electricity	2
Moving Charges and Magnetism	2
Magnetism & Matter	1
Electromagnetic Induction	1
Alternating Current	1
Electromagnetic Wave	1
Dual Nature of Radiation & Matter	1
Atoms	1
Nuclei	2
Semiconductor Electronics	1
Communication Systems	2

TS EAMCET Physics Important Topics and Weightage for 2026

An outline of the important topics from TS EAMCET Physics and their weightage along with the chapter-wise high-weightage topics have been provided below based on current trends and previous year analyses.

Class	Chapter / Topic	Approximate Weightage	Important Topics / Focus Areas
11th	Physical world & Measurement	1–2 Questions	Units & Dimensions, Errors in Measurement, Significant Figures
11th	Kinematics	3–4 Questions	Motion in 1D & 2D, Velocity & Acceleration, Projectile Motion
11th	Laws of Motion	4–5 Questions	Newton’s Laws, Friction, Circular Motion, Dynamics Problems
11th	Work, Energy & Power	3–4 Questions	Work-Energy Theorem, Kinetic & Potential Energy, Power Calculations
11th	Gravitation	2–3 Questions	Universal Law, Acceleration due to Gravity, Orbital Motion, Escape Velocity
11th	Properties of Matter	1–2 Questions	Elasticity, Viscosity, Surface Tension, Fluid Mechanics
11th	Thermodynamics	2–3 Questions	Laws of Thermodynamics, Heat Engines, Entropy, Thermodynamic Processes
11th	Oscillations & Waves	3–4 Questions	Simple Harmonic Motion, Wave Equation, Sound Waves, Doppler Effect
12th	Electrostatics	4–5 Questions	Coulomb’s Law, Electric Field & Potential, Capacitors, Gauss’s Law
12th	Current Electricity	3–4 Questions	Ohm’s Law, Kirchhoff’s Laws, Electrical Circuits, Resistance & Resistivity
12th	Magnetic Effects of Current & Magnetism	3–4 Questions	Biot-Savart Law, Ampere’s Law, Magnetic Field in Solenoids, Force on a Moving Charge
12th	Electromagnetic Induction & AC	3–4 Questions	Faraday’s Law, Lenz’s Law, Inductance, AC Circuits, Transformers
12th	Optics	3–4 Questions	Reflection & Refraction, Lenses & Mirrors, Interference, Diffraction, Polarization
12th	Modern Physics	3–4 Questions	Photoelectric Effect, Atomic Models, Nuclear Physics, Semiconductors, Radioactivity
12th	Electronics & Communication	1–2 Questions	Logic Gates, Diodes, Transistors, Basic Communication Systems

High-Weightage TS EAMCET Topics from Mechanics

Chapter	Expected No. of Questions	Key Topics
System of Particles & Rotational Motion	2–3	Moment of Inertia (standard shapes) Conservation of Angular Momentum Torque Rolling Motion
Laws of Motion	2–3	Friction (limiting, kinetic) Banking of Roads Conservation of Momentum Tension in strings/ pulleys
Work, Energy & Power	2–3	Work-Energy Theorem Potential Energy of springs Vertical Circular Motion
Motion in a Plane	2–3	Projectile Motion (Range, Max Height, Time of Flight) Uniform Circular Motion.
Gravitation	1–2	Variations in 'g' with altitude/ depth Escape Velocity Kepler's Laws.
Properties of Solids & Fluids	2–3	Young's Modulus Bernoulli’s Principle Surface Tension Viscosity (Stokes' Law)

High-Weightage TS EAMCET Topics from Electricity

Chapter	Expected No. of Questions	Key High-Weightage Topics
Current Electricity	3–4	Potentiometer & Meter Bridge (Balancing length calculations) Kirchhoff's Laws (Network analysis) Drift Velocity relation with Current Resistance changes due to stretching/ temperature
Electrostatic Potential & Capacitance	2–3	Equivalent Capacitance (Series/ Parallel with dielectrics) Energy Stored in capacitors Potential due to a system of charges Work done in moving charges
Electric Charges & Fields	1–2	Gauss’s Law applications (Flux through cubes/ spheres) Electric Dipole (Torque and Axial/ Equatorial fields) Force between multiple charges (Coulomb's Law)
Total (Electricity)	6–9	This constitutes 20% of the total Physics marks

High-Weightage TS EAMCET Topics from Heat & Thermodynamics

Chapter	Expected No. of Questions	High-Priority Topics
Thermodynamics	3–4	First Law (Delta Q = Delta U + Delta W) Thermodynamic processes (Isothermal, Adiabatic, Isobaric, Isochoric) Carnot Engine efficiency and Heat Pumps.
Thermal Properties of Matter	1–2	Newton’s Law of Cooling; Calorimetry (Specific & Latent heat) Thermal expansion (Linear, Areal, Volumetric); Stefan-Boltzmann Law.
Kinetic Theory of Gases	1	Root Mean Square (RMS) speed Law of Equipartition of Energy Degrees of Freedom Ideal gas equation applications

High-Weightage TS EAMCET Topics from Modern Physics

Chapter	Expected No. of Questions	High-Priority Topics
Atoms & Nuclei	2–3	Bohr’s Model (Radius, Velocity, and Energy ratios) Hydrogen Spectrum (series transitions) Nuclear Binding Energy Radioactivity (Half-life and Decay constant)
Dual Nature of Radiation & Matter	1–2	Photoelectric Effect (Einstein’s equation) de Broglie Wavelength (variation with V, KE, and m) Work Function and Stopping Potential
Semiconductor Electronics	2–3	Logic Gates (Truth tables and combinations) P-N Junction Diodes (Forward/ Reverse bias) Zener Diode as a Voltage Regulator Transistor characteristics (alpha and beta relations).
Communication Systems	1	Modulation Index Range of an antenna Line-of-sight communication distances

High-Weightage TS EAMCET Topics from Waves & Optics

Chapter	Expected No. of Questions	High-Weightage Topics
Ray Optics & Optical Instruments	1–3	Lens Maker’s Formula Refraction through Prisms Total Internal Reflection (TIR) Simple and Compound Microscopes.
Wave Optics	1–2	Young’s Double Slit Experiment (YDSE) Fringe width variations Huygens' Principle Polarisation (Brewster's Law)
Waves (Sound & Strings)	1–2	Doppler Effect in Sound Beats and stationary waves in Open/ Closed Pipes Velocity of waves in stretched strings

High-Weightage TS EAMCET Topics from Rotational Motion

Topic	Expected No. of Questions	High-Weightage Topics
Moment of Inertia (MOI)	1–2	MOI of standard bodies (Rings, Discs, Spheres, Rods) Parallel and Perpendicular Axis Theorems Radius of Gyration
Center of Mass (COM)	1	COM of a two-particle system COM of regular shapes (Semicircular ring vs. disc) Motion of COM under external forces
Rotational Dynamics	1	Torque Conservation of Angular Momentum Work-Energy theorem in rotation
Rolling Motion	0–1	Kinetic energy of a rolling body (KE _total = KE _trans + KE _rot ) Velocity of a body rolling down an inclined plane.

High-Weightage TS EAMCET Topics from Oscillations

Topic	Expected No. of Questions	High-Priority Topics
Simple Harmonic Motion (SHM)	1	Displacement, Velocity, and Acceleration equations Phase and Phase difference Energy in SHM (Kinetic vs. Potential)
Systems Executing SHM	0–1	Simple Pendulum (length and gravity variations) Spring-Mass Systems (series and parallel combinations) Time period of a liquid in a U-tube
Damped & Forced Oscillations	0–1	Conceptual questions on Resonance Amplitude decay in damped oscillations

High-Weightage TS EAMCET Topics from Ray Optics & Optical Instruments

Topic Area	Expected No. of Questions	High-Yield Topics
Refraction at Lenses	1	Lens Maker’s Formula Combination of thin lenses in contact Power of lenses Displacement method for focal length.
Refraction through Prisms	0–1	Angle of Minimum Deviation Refractive index of prism material Dispersion and angular dispersion.
Optical Instruments	0–1	Magnifying Power of Simple and Compound Microscopes Astronomical Telescopes (Normal adjustment vs. near point).
Total Internal Reflection	0–1	Critical Angle Applications like Optical Fibers Mirages Brilliance of diamonds

High-Weightage TS EAMCET Topics from Wave Optics

Topic	Expected No. of Questions	High-Weightage Topics
Interference & YDSE	1	Fringe Width (B) Effect of immersing the setup in liquid Intensity ratios (I _max /I _min ) Path difference vs. Phase difference
Diffraction	0–1	Single Slit Diffraction Width of central maximum Difference between interference and diffraction patterns
Huygens’ Principle	0–1	Shape of Wavefronts (spherical, plane, cylindrical) Reflection and Refraction of plane waves using wave theory
Polarisation	0–1	Brewster’s Law Malus’ Law Identifying polarized vs. unpolarized light

High-Weightage TS EAMCET Topics from Thermal Properties of Matter

Topic Area	Expected No. of Questions	High-Priority Topics
Thermal Expansion	1	Linear (alpha), Aerial (beta), and Volume (gamma) expansion Relationship between alpha, beta, gamma Bimetallic strips and pendulum clock errors
Calorimetry	1	Principle of Calorimetry (Heat Gained = Heat Lost) Specific Heat Capacity Latent Heat (Fusion vs. Vaporization) Water equivalent.
Heat Transfer	0–1	Newton’s Law of Cooling (Numerical problems) Thermal Conductivity (K) Stefan-Boltzmann Law and Wien’s Displacement Law
Temperature Scales	0–1	Conversion between Celsius, Fahrenheit, and Kelvin; Faulty thermometer problems

High-Weightage TS EAMCET Topics from Atoms

Topic Area	Expected No. of Questions	High-Yield Topics
Bohr’s Model of Hydrogen Atom	1	Radius, Velocity, and Energy of electrons in orbits Quantization of angular momentum
Atomic Spectra	0–1	Spectral Series (Lyman, Balmer, Paschen, etc.) Wavelength calculations using Rydberg formula; Number of spectral lines.
Rutherford’s Scattering	0–1	Distance of closest approach; Impact parameter Observations and limitations of the alpha-particle experiment
De Broglie’s Explanation	0–1	Relationship between de Broglie wavelength and Bohr’s quantization condition

High-Weightage TS EAMCET Topics from Electromagnetic Waves

Topic Area	Expected No. of Questions	High-Yield Topics
EM Spectrum	0–1	Uses of different waves (X-rays, UV, IR) Order of frequency/wavelength; Source of production
Properties of EM Waves	0–1	Relationship between E0 and B0 (c = E0/B0) Speed of light in a medium
Displacement Current	0–1	Continuity of current in a capacitor circuit

High-Weightage TS EAMCET Topics from Kinetic Energy

Domain	Chapter	Key Topics
Mechanics	Work, Energy & Power	Work-Energy Theorem Relationship between KE and Momentum Vertical Circular Motion.
Gases	Kinetic Theory (KTG)	Average KE of a molecule Total internal energy Dependence of KE on absolute temperature only
Modern Physics	Photoelectric Effect	Einstein’s Equation Stopping Potential relation de Broglie wavelength
Rotational	Rotational Motion	Rotational KE Total KE of a rolling body

High-Weightage TS EAMCET Topics from Mechanical Properties of Solids

Topic Area	Expected Questions	High-Priority Question Areas
Elastic Moduli (Y, G, K)	1	Young’s Modulus calculations Bulk Modulus Shear Modulus Relation between different moduli
Stress-Strain Relationship	0–1	Hooke’s Law Interpretation of the Stress-Strain curve (Proportional limit, Yield point, Fracture point)
Elastic Potential Energy	0–1	Energy stored in a stretched wire
Poisson’s Ratio	0–1	Theoretical limits of Poisson's ratio Longitudinal vs. Lateral strain

High-Weightage TS EAMCET Topics from Work, Energy & Power

Topic Area	Expected Questions	High-Priority Question Areas
Work-Energy Theorem	1	Work done by a variable force Relation between Net Work and Change in Kinetic Energy
Conservation of Energy	1	Mechanical energy conservation in a Vertical Circular Motion Potential energy of a spring; Freely falling bodies
Collisions	0–1	Elastic and Inelastic collisions in 1D and 2D Coefficient of Restitution Loss of kinetic energy in inelastic collisions.
Power	0–1	Power as P = F.v Efficiency of pumps and motors Calculation of power for a constant force

High-Weightage TS EAMCET Topics from Electrostatic Potential & Capacitance

Topic Area	Expected Questions	High-Priority Question Areas
Capacitors & Dielectrics	1–2	Equivalent Capacitance (Series/ Parallel combinations) Effect of dielectric slabs; Energy stored in a capacitor.
Electrostatic Potential	1	Potential due to point charges and dipoles Equipotential surfaces Potential energy of a system of charges
Van de Graaff Generator	0–1	Basic principle and construction (Conceptual)

High-Weightage TS EAMCET Topics from Current Electricity

Topic Area	Expected Questions	High-Priority Question Areas
Circuit Laws	1–2	Kirchhoff’s Laws (Loop and Junction rules) Wheatstone Bridge Combination of resistors (Series/Parallel).
Measuring Instruments	1	Potentiometer (Comparison of EMF, Internal resistance) Meter Bridge Sensitivity of instruments
Basics of Current	1	Drift Velocity Ohm’s Law Color coding Temperature dependence of resistance
Cells & Power	0–1	Grouping of Cells (Series, Parallel, Mixed) Terminal voltage vs. EMF Electrical Power (P = V ² /R)

High-Weightage TS EAMCET Topics from Moving Charges and Magnetism

Topic Area	Expected Questions	High-Priority Question Areas
Magnetic Field (Biot-Savart & Ampere)	1–2	Field due to a Straight Wire, Circular Loop, and Solenoid Application of Ampere’s Circuital Law
Motion of Charges in B-Fields	1	Cyclotron Frequency Radius of a helical path Lorentz Force
Force on Current Carriers	1	Force between Two Parallel Wires Torque on a current loop Magnetic Dipole Moment
Moving Coil Galvanometer	0–1	Conversion of Galvanometer to Ammeter and Voltmeter Current sensitivity vs. Voltage sensitivity

We hope this article on TS EAMCET Physics chapter wise weightage 2026 was helpful and informative to you in preparing for the entrance exam. For the latest TS EAMCET updates, stay tuned to CollegeDekho!

FAQs

How should one plan preparation chapter-wise?

Students should start with high-weightage chapters like Mechanics, Electrodynamics, and Optics, then move to moderate-weightage chapters like Thermodynamics, Waves, and Modern Physics. Allocating time based on past weightage ensures efficient preparation.

Should students focus more on numericals or theory?

Numerical problems dominate TS EAMCET Physics, especially in Mechanics, Electrodynamics, and Heat. Around 70% of questions are calculation-based, while 30% test conceptual/theoretical understanding. Hence, balancing problem-solving with theoretical clarity is necessary.

How many questions are generally asked from Waves & Oscillations?

From Waves & Oscillations, candidates can expect around 3–5 questions. Topics include Simple Harmonic Motion, Superposition of Waves, Sound Waves, and related derivations. Visualizing problems and practicing graph-based questions is helpful.

What is the approximate weightage of Mechanics in TS EAMCET 2026?

Mechanics, covering chapters like Kinematics, Laws of Motion, Work & Energy, System of Particles, Gravitation, usually contributes around 25–30% of the Physics section. Understanding formula derivations, problem-solving strategies, and conceptual applications is key.

Which Class 12 chapters are crucial for scoring well?

For Class 12, high-weightage chapters are Electrostatics, Current Electricity, Magnetic Effects of Current and Magnetism, Electromagnetic Induction & AC, Optics, Dual Nature of Matter, Atoms & Nuclei. Collectively, these topics can account for 60–65% of the Physics questions, making them a priority for focused study.

Which Class 11 chapters are most important for TS EAMCET 2026 Physics?

Important Class 11 chapters include Physical world & Measurement, Kinematics, Laws of Motion, Work, Energy & Power, Motion of System of Particles & Rigid Body, Gravitation, Properties of Matter, Oscillations, and Waves. These chapters frequently contribute 35–40% of the total Physics marks