Most Important And High-Weightage PCM Topics For JEE 2025, Important Tips
Most Important & High-Weightage PCM Topics for JEE 2025 are provided below in tabular form. JEE aspirants can check subject-wise Most Important & High-Weightage PCM Topics for JEE 2025 below.
Shrivastav 11 Dec, 2024
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Most Important And High-Weightage PCM Topics For JEE 2025: Students preparing for JEE 2025 must prioritise high-scoring chapters and topics from the JEE 2025 syllabus . A clear understanding of these important topics will allow candidates to prepare efficiently for the NTA JEE 2025 exam. Referring to the official syllabus will help students identify key chapters and topics that should be given special attention.
It is also important to begin with the basics when studying these topics, ensuring a strong foundation. In addition to reviewing the syllabus, candidates should know the JEE high weightage PCM topics. Below is a list of the most important and high-weightage PCM (Physics, Chemistry, Mathematics) topics for JEE 2025, recommended by experts to boost exam preparation.Most Important And High-Weightage PCM Topics For JEE 2025
The Joint Entrance Examination (JEE) 2025 is an important test for students who wish to gain admission to top engineering colleges in India. Each year, thousands of students take the exam, making it highly competitive. To increase your chances of success, it is essential to adopt a well-planned approach to your preparation. Focusing on the Most Important & High-Weightage PCM Topics for JEE 2025 is important. These topics have been identified through analysis of JEE previous year papers and expert advice and form the core of the JEE syllabus. By concentrating on these areas, you can manage your time efficiently, improve your understanding of key concepts, and develop better problem-solving abilities. Consistent practice and a strong grasp of the basic principles are essential for excelling in these Most Important & High-Weightage PCM Topics for JEE 2025.Most Important And High-Weightage Physics Topics For JEE 2025
Physics is a fundamental subject in the JEE 2025 exam , with many important topics that carry significant weightage in JEE physics exam. To score well, it is important to focus on the high-weightage chapters, often asked in various formats throughout the JEE exam. The table below provides the most important and high-weightage Physics topics for JEE 2025:| Most Important And High-Weightage Physics Topics For JEE 2025 | |
| Chapter | Subtopics |
| Mechanics | |
| Units & Dimensions | Dimensional Analysis, Error Analysis, Vernier Caliper |
| Kinematics 1D | Average speed, velocity, Graph-based questions, Calculus-based questions |
| Kinematics 2D | Projectile motion, River swimmer problems, Vertical motion, Distance travelled in nth second |
| NLM & Friction | Tension trick, 2-block problems |
| Work, Power & Energy & Circular Motion | Momentum-energy relation, Potential energy, Stable equilibrium condition, Work-energy theorem, Power, Vertical circular motion |
| Centre of Mass, Momentum & Collisions | Finding Centre of Mass, Conserving linear momentum, 1-D Collision, Coefficient of restitution |
| Rotational Motion | Moment of inertia, Rolling motion on inclined planes |
| Gravitation | Variation of g with height & depth, Escape & Orbital velocity, Kepler's laws, Gravitational Potential Energy |
| Solids | Hooke's law, Formula-based problems |
| Fluid Mechanics | Continuity equation, Bernoulli's theorem, Terminal velocity, Surface tension, Surface energy (Drop combining) |
| SHM (Simple Harmonic Motion) | Equation-based finding of parameters, Time Period |
| Waves | Equation-based finding of parameters, Standing wave, Organ pipe, Resonance tube |
| Thermal Physics | |
| Thermal Properties | Calorimetry, Thermal Expansion |
| Thermodynamics & KTG | Adiabatic, isothermal, polytropic processes, Graph-based work done, Maxwell curve, Vrms |
| Electro-Magnetism | |
| Electrostatics | Coulomb's law, Potential Energy problems, Ring, different wires, disc, sphere, conductor, non-conductor formulae, Flux |
| Gauss Law & Capacitor | Parallel plate capacitor & dielectric, Capacitor circuit diagrams, R-C circuit at different time instants |
| Current Electricity | Circuit diagram-based problems, Ammeter, Galvanometer, Voltmeter, Meterbridge |
| Moving Charges & Magnetic Effects | Wire (straight and arc), Diamagnetic, ferromagnetic, paramagnetic properties, Charge moving in magnetic field, Flux |
| EMI (Electromagnetic Induction) | Faraday's law & Lenz's law, Loops, Motional emf (translation + rotation), Growth & decay in LR circuit |
| AC (Alternating Current) | Combination of R-L-C circuit |
| Optics | |
| Ray Optics | Mirror & Lens formula, Position, Magnification, Size, Lateral Displacement, Resolving power, Total Internal Reflection |
| Wave Optics | Intensity questions, YDSE (Young's Double Slit Experiment), Polarization |
| Modern Physics | |
| Dual Nature of Matter & Radiation, Atomic Physics & Nuclear Physics | Photoelectric effect, Binding energy, De-Broglie wavelength, Line transition, Radius variation |
| Others | |
| EM Waves | E = cB relationship, Speed of light in various media, Intensity |
| Semiconductors | Zener diode, Logic gates |
Most Important And High-Weightage Chemistry Topics For JEE 2025
To effectively prepare for JEE 2025, it's important to focus on high-weightage and important topics across all sections of Chemistry. A strong foundation in these areas will help you secure good marks and understand the core concepts better. Below is a table listing the most important topics for Physical Chemistry, Organic Chemistry, and Inorganic Chemistry. Study these topics in-depth and practice problem-solving to excel in the exam.| Most Important And High-Weightage Chemistry Topics For JEE 2025 | |
| Chapter | Subtopics |
| Physical Chemistry | |
| Mole Concept | Limiting reagent, Molarity, Molality |
| Liquid Solution | Elevation in boiling point, Depression in freezing point, Raoult's law |
| Redox Reaction | Disproportionation reaction, KMnO4, K2Cr2O7, Fe(C2O4), Na2S2O3 titrations |
| Electrochemistry | Electrode potential, Nernst equation, Kohlrausch law, Lead-acid battery |
| Chemical Kinetics | First-order reaction, Half-life, Arrhenius equation graphs-based questions |
| Chemical Equilibrium | Kp & Kc, Equilibrium constant calculation, Thermodynamics of equilibrium |
| Ionic Equilibrium | Buffer solution, Solubility in common ion |
| Thermodynamics & Thermochemistry | Enthalpy & internal energy relation, Gibbs energy, Entropy of basic reactions, Enthalpy of formation & combustion |
| Atomic Structure | Bohr model, Schrodinger equation, Quantum numbers |
| Organic Chemistry | |
| IUPAC Nomenclature | Polyfunctional compounds, Aromatic compound naming |
| GOC (General Organic Chemistry) | Carbocation stability, Aromaticity, Amines basicity, Phenol & Carboxylic acid acidity comparison |
| Isomerism | Chain & position isomerism, Chiral & Achiral compounds, GI in Alkene, POS/COS-based questions |
| Hydrocarbons | Photohalogenation, Electrophilic addition, E2 elimination, Ozonolysis reaction |
| Haloalkane & Haloarene | Rate of Sn1 & Sn2 reaction, EAS reaction, Friedel-Crafts reaction |
| Alcohol, Phenol & Ether | Ether reaction with HX, Hydration, E1 elimination of alcohol, Kolbe-Schmidt reaction |
| Aldehyde, Ketone & Carboxylic Acid | Reducing agents, Jones reagent, Grignard reagent, Clemenson, Wolf-Lishnar, Aldol reaction |
| Amines | Isocyanide test, Acylation & Diazotization, Coupling reaction |
| Biomolecules | Polysaccharide structure and reactions (NCERT) |
| Purification of Organic Compounds | Distillation, Retardation factor-based questions |
| Inorganic Chemistry | |
| Periodic Table | Ionisation energy, Electron gain enthalpy, Nature of oxides, Electronic configuration |
| Chemical Bonding | Hybridisation, Shape of molecules, MOT bond parameters, Fajans’ rule |
| Coordination Compounds | Werner's theory, VBT & CFT, Isomerism in complexes like [Ma4b2], [Ma3b3], [Mabcd], etc. |
| Block Chemistry (P, D & F) | Periodic trends, KMnO4 & K2Cr2O7 preparation, Lanthanoid series-based questions |
| Salt Analysis | Lassaigne’s test, Borax bead test, Flame test, Anion tests |
Most Important And High-Weightage Mathematics Topics For JEE 2025
To do well in Mathematics for JEE 2025, focusing on the most important and high-weightage topics is important. A solid understanding of Algebra, Trigonometry, Coordinate Geometry, Vectors, 3D Geometry, and Calculus will help you score better. Mastering these concepts and practising problems will improve your problem-solving skills and boost your performance. Here is a list of key topics you should focus on:| Most Important And High-Weightage Mathematics Topics For JEE 2025 | |
| Chapter | Subtopics |
| Algebra | |
| Sets | A U B formula, Inequality value questions, Partitioning technique of sets/subsets |
| Relations | Reflexive, symmetric, transitive relations, Number of elements to be added for reflexive, symmetric, transitive relations |
| Functions | Domain & range, Injective, surjective, Composition functions, Functional Equations, Pattern recognition |
| Quadratic Equations | Relation between roots & coefficients, Solving reducible equations, Modulus equations, Range |
| Complex Numbers | Solving with z=x+iy, Condition for purely real/imaginary, Equation of Circle, Modulus, Conjugate & Argument properties |
| Sequence & Series | Sum, General term, A.P., G.P., infinite GP, Pyramid with terms in A.P./G.P., Sn formula, Vn method |
| Binomial Theorem | Finding Coefficient, Term Independent of x, Multinomial Theorem, Remainder, Rational/Irrational terms, Summation |
| Permutations & Combinations | HCF=1 scenarios, Restricted combinations, Case making, Dictionary Problem, Partitioning/grouping, Exponent of prime |
| Probability | Classical Probability, Baye’s Theorem, Multiplication theorem, Binomial probability distribution |
| Matrices & Determinants | Pattern recognition, Adjoint/Transpose formulae, Cayley-Hamilton theorem, Cramer’s rule, Differentiation of determinants |
| Statistics | Mean, SD/Variance, Mean deviation with missing observations, Grouped mean, SD/variance, Continuous/grouped data |
| Trigonometry | |
| Trigonometry | Formulas for multiple angles, Special Angles (18°, 54°, 36°, 72°, 15°, 75°), Summation & multiplication series |
| Trigonometric Equations | Solving and formula applications, Graphical solutions |
| Inverse Trigonometry | Domain, Range, Triangle approach, Maxima-minima questions, Equation solving |
| Coordinate Geometry | |
| Straight Lines | Section formula, Centroid, Area of triangle, Foot of perpendicular & Image, Distance between point & line |
| Circles | Inscribing square/rectangle, Internal/External touching, x and y intercepts, Chord with given midpoint |
| Parabola | Basic terms, Focal chord, Common tangent with circle, Minimum distance between figures |
| Ellipse & Hyperbola | Basic terms, Eccentricity, LR, Focal distances, Focal chords, Combination of figures |
| Vectors & 3D Geometry | |
| Vectors | Projection & component, Dot product, Cross product, Angle between vectors, Coplanar vectors |
| 3D Geometry | Shortest distance between lines, Perpendicular distance, Foot & image of point wrt line |
| Calculus | |
| Limit | x tends to infinity, L'Hospital's rule, Limits using expansion, 1 power infinity form |
| Continuity & Differentiability | Imposing LHL = RHL = f(a), fog and gof functions, Graphical inspection |
| Methods of Differentiation | Inverse functions, Parametric differentiation, Higher order derivatives |
| Application of Derivatives | Maxima, minima, increasing/decreasing functions, Rate of change, Critical point condition |
| Indefinite Integration | Substitution, Overlap technique, Parts, Quadratic/Biquadratic, Partial fraction |
| Definite Integration | Breaking integration, Leibnitz theorem, King, Queen, Jack properties |
| Area Under Curve | Graphical transformation, Area between curves or axis, Shortcuts for calculation |
| Differential Equation | Homogeneous type, Linear differential equations, Exact DE |
Tips to Prepare For JEE 2025 Main And Advanced Exam
The following are some essential tips to help you effectively prepare for the JEE 2025 Main & JEE Advanced exams :- Understand the Syllabus : Familiarise yourself with the JEE Main and Advanced syllabus. You can download it from the official NTA website. Keep it handy to ensure you're covering all necessary topics.
- Create a Study Plan : Make a structured study plan that covers every topic in the syllabus. Set specific time slots for each subject and stick to your schedule.
- Focus on High-Weightage Topics : Identify the most important topics that carry higher marks. Use chapter-wise weightage to highlight these topics and prioritise them in your preparation.
- Regular Practice : Solve problems regularly from various sources, including previous years’ papers and mock tests. This will help you gauge your performance and improve problem-solving skills.
- Review and Revise : Make it a habit to revise what you've learned each day. Prepare concise notes for quicker revision, especially as the exam nears.
- Mock Tests : Take full-length mock tests at regular intervals to simulate actual exam conditions. Analyse your results to identify areas for improvement.
- Focus on Weak Areas : Identify your weak points and work on them consistently. If needed, seek extra resources such as reference books or online tutorials to strengthen your understanding.
- Time Management : Practise managing your time effectively during study sessions and while solving mock tests. Being able to answer questions within the allotted time will improve your exam performance.
Study Material For IIT JEE 2025 Preparation
Physics Wallah offers comprehensive study material for IIT JEE 2025, including video lectures, practice problems, mock tests, and detailed notes, designed to boost conceptual understanding and exam readiness.Most Important & High-Weightage PCM Topics for JEE 2025 FAQs
Q.1 : Which chapter has more weightage in JEE Mains 2025?
Ans. The PCM most important and higher-weightage topics are provided above. In JEE Mains 2025, chapters like Calculus in Mathematics, Electrostatics in Physics, and Organic Chemistry in Chemistry carry more weightage.
Q.2 : How to Score 200+ in JEE Mains 2025?
Ans. To score 200+ in JEE Mains 2025, concentrate on high-weightage topics, solve previous years' papers, take regular mock tests, and consistently revise while managing your time well.
Q.3 : What is the Syllabus for JEE Main 2025?
Ans. The JEE Main 2025 syllabus includes Class 11 and 12 topics from Physics, Chemistry, and Mathematics, like Thermodynamics, Chemical Bonding, Current Electricity, Integral Calculus, and Electromagnetism.
Q.4 : Can I Get IIT with a 700 Rank?
Ans. Getting an IIT with a 700 rank is possible, especially if you're open to choosing branches or opting for newer IITs.
Q.5 : Will JEE 2025 Be Tough?
Ans. JEE 2025 will be competitive, but you can handle the challenges effectively with proper preparation, a good study plan, and regular practice.
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