Lesson 1Week 4: Properties of matter and fluids — elasticity, pressure, buoyancy; targeted problem sets and conceptual checksExamine elasticity, surface tension, and fluid statics to grasp real-world applications and NEET models. Practise pressure, buoyancy, and Bernoulli problems, focusing on units, approximations, and common conceptual errors.
Stress, strain and Young’s modulus basicsElastic potential energy and springs in seriesPressure in fluids and Pascal’s lawBuoyancy, Archimedes’ principle and floatationBernoulli’s theorem and continuity equationConceptual and numeric fluid MCQ drillsLesson 2Week 10: Revision, full-length mock, error analysis and final targeted improvement planIntegrate all ten weeks through full-length mock tests, in-depth error review, and topic-specific revision. Develop a closing improvement plan targeting weaknesses, exam mindset, and final-week NEET tactics.
Full-length NEET pattern physics mock testSection-wise time management strategiesError log creation and analysis methodsTargeted revision of weak topic clustersHigh-yield formula and concept flash reviewFinal week exam strategy and mindset planLesson 3Week 7: Electricity and magnetism I — electrostatics, capacitors, Gauss’s law; formula mastery and layered exercisesStart electricity and magnetism with electrostatics and capacitors. Concentrate on field, potential, Gauss’s law, and basic RC concepts, employing formula summaries, visual field lines, and progressively challenging exercises.
Coulomb’s law and electric field patternsElectric flux and Gauss’s law applicationsElectric potential and equipotential surfacesCapacitance, series and parallel networksDielectrics and energy stored in capacitorsFormula drills and layered electrostatics MCQsLesson 4Week 5: Thermodynamics and kinetic theory — laws, specific heats, calorimetry; former-year question focusAddress thermodynamics laws, heat transfer, and kinetic theory, prioritising NEET-applicable formulae. Tackle calorimetry, specific heats, and ideal gas processes with past-year question styles and concise summary notes.
Thermal expansion and specific heat basicsZeroth and first laws of thermodynamicsIsothermal, adiabatic and cyclic processesHeat transfer: conduction, convection, radiationCalorimetry and phase change numericalsKinetic theory and gas equation MCQsLesson 5Week 2: Newtonian mechanics and applications — laws, friction, circular motion; practice plan and homeworkGrasp Newton’s laws, friction, and circular motion via structured examples. Master free-body diagrams, constraint relations, and frequent NEET pitfalls, applying them in graduated problems and focused homework.
Newton’s laws and free-body diagramsTension, normal reaction and pseudo forceStatic and kinetic friction with limiting caseCircular motion: centripetal force and bankingCommon NEET patterns in force problemsDaily homework and timed practice setsLesson 6Week 9: Modern physics and optics — photoelectric effect, atomic models, ray and wave optics; problem clusters and conceptual MCQsTackle modern physics and optics, covering photoelectric effect, atomic models, ray and wave optics. Stress standard derivations, sign conventions, and typical NEET conceptual traps with dedicated problem groups.
Photoelectric effect and Einstein equationBohr model, spectra and energy levelsRadioactivity and nuclear reactions basicsRay optics: mirrors, lenses and sign rulesWave optics: interference and diffractionClustered modern physics and optics MCQsLesson 7Week 6: Waves, oscillations, and sound — SHM, wave equation, Doppler effect; timed practice and concept mapsStrengthen comprehension of SHM, waves, and sound. Absorb standard equations, phase ideas, and Doppler effect, then implement in timed assessments, resonance issues, and diagram-based NEET MCQs.
Simple harmonic motion and energy graphsAngular SHM and spring–mass systemsWave equation, speed and superpositionInterference, beats and resonance basicsSound intensity, level and Doppler effectTimed SHM and wave mixed MCQ practiceLesson 8Week 3: Work, energy, power and momentum — concept list, typical NEET numeric patterns, mixed-chapter MCQsLink work, energy, power, and momentum via conservation principles. Target collision varieties, variable forces, and inter-chapter numericals akin to NEET complexity, emphasising efficient solution routes.
Work by constant and variable forcesKinetic and potential energy graphsConservation of mechanical energy in systemsImpulse, momentum and types of collisionsPower in translational and circular motionMixed WEP and momentum NEET-style MCQsLesson 9Week 1: Mechanics fundamentals — kinematics, vectors, motion in one and two dimensions; essential formulas and question typesEstablish core mechanics basics with kinematics and vectors in one and two dimensions. Focus on visualising motion, memorising standard NEET formulae, and rehearsing common question patterns with guided explanations.
Scalar and vector basics with components1D motion: displacement, velocity, graphs2D projectile motion and range formulaeRelative velocity in one and two dimensionsStandard kinematics formula sheet for NEETSingle-concept and mixed kinematics MCQsLesson 10Week 8: Electricity and magnetism II — current electricity, circuits, magnetic effects, EMF; multi-concept mixed testsAdvance to current electricity and magnetism, encompassing circuits, magnetic fields, and EMF ideas. Rehearse Kirchhoff, moving charges, and conductor forces via multi-concept NEET-level integrated tests and reviews.
Ohm’s law, resistors and network reductionKirchhoff’s rules and bridge circuitsHeating effect of current and power ratingsMagnetic field due to current and loopsForce on moving charges and conductorsMulti-concept circuit and magnetism tests
