book

NTA CUET- UG 2024 Physics | Fully solved 2023 paper | Chapterwise summed pointers for revision | Digital Question Bank & Mock Tests

by Prashant Jain, Ajit Lulla

April 2024

Intermediate to advanced

424 pages

15h 56m

English

Pearson India

Read now

Unlock full access

Memory-based Paper CUET Physics May 2023CUET Physics 2022
Chapter at a GlanceChargeConductorsInsulatorsCharging by InductionBasic Properties of Electric ChargesAdditivity of ChargeQuantization of ChargeConservation of ChargeForces between Multiple Charges: Superposition PrincipleContinuous Charge DistributionElectric FieldElectric Field Intensity (E)Electric Field due to a Point ChargeElectric Field due to System of ChargesProperties of Electric Field LinesElectric Field of a Ring of ChargeElectric Flux (ϕE)Gauss’ TheoremApplications of Gauss’ TheoremElectric DipoleElectric Dipole Moment, p = q × 2a Electric Field Intensity Due to an Electric DipolePotential Energy of a Dipole in a Uniform Electric FieldTorque on Dipole in a Uniform External FieldWork DonePotential EnergyDipole in Non-uniform Electric FieldTest Your KnowledgeAnswer Key Hints and Explanations
Chapter at a GlanceElectric Potential (V)Electric Potential DifferenceElectric Potential Due to a Point ChargePotential Due to System of ChargesPotential Gradient Equipotential SurfaceMotion of Charged Particle in Electric FieldKinetic Energy of a Charged ParticleElectric Potential at Any Point on the Axis of a Uniformly-Charged RingElectric Potential due to a Charged Spherical ShellElectric Potential Due to a Charged Non-Conducting SphereElectric Potential EnergyPotential Energy of Charge SystemPotential Energy in an External FieldPotential Energy for a Collection of More than Two Charges Electric Potential due to an Electric Dipole CapacitorCapacitance of an Isolated Spherical ConductorParallel Plate CapacitorCapacitanceCombinations in CapacitorsPotential Energy Stored in a CapacitorEnergy Density Between the PlatesRedistribution of ChargeCharging and Discharging a CapacitorCharging a CapacitorDischarging of a CapacitorTest Your KnowledgeAnswer Key Hints and Explanations
Chapter at a GlanceElectric Current (I)Thermal Velocity of Free ElectronsRelaxation Time (τ)Drift Velocity of Free ElectronsCurrent DensityMobilityOhm’s LawOhmic ConductorsNon-Ohmic ConductorsElectrical Resistance Resistivity Temperature Dependence of ResistivityElectrical ConductivityCombination of ResistorsElectric CellElectromotive Force (emf) of a CellTerminal Potential Difference of a CellInternal Resistance of a CellGrouping of CellsKirchhoff’s LawsMeasuring Instruments GalvanometerCurrent Sensitivity of a GalvanometerVoltage Sensitivity of a GalvanometerAmmeterVoltmeterConversion of GalvanometerWheatstone BridgePrinciple of Wheatstone BridgeMeter BridgeElectric EnergyElectric PowerHeating Effects of Current (Joule’s Law)Electric FuseShort CircuitingOverloadingRating of Electrical AppliancesFusing of Bulb when it is Switched ONTest Your KnowledgeAnswer Key Hints and Explanations

Chapter at a GlanceMagnetic FieldRight Hand Thumb RuleMaxwell’s Cork Screw RuleBiot-Savart’s LawApplications of Biot-Savart’s LawAmpere’s Circuital LawApplications of Ampere’s Circuital LawVariation in Magnetic Field with RadiusMagnetic Field Due to a SolenoidForce on a Moving Charge in a Uniform Magnetic FieldLorentz Force: Motion of a Charged Particle is Combined Electric and Magnetic FieldForce on a Current Carrying Conductor in a Magnetic Field Force between Two Parallel Current Carrying ConductorCurrent-Carrying CoilMoving Coil GalvanometerTest Your KnowledgeAnswer Key Hints and Explanations
Chapter at a GlanceMagnetBar MagnetMagnetic Field LinesProperties of Magnetic Field LinesMagnetic DipolePole Strength Magnetic Dipole MomentGauss’ Law of MagnetismTerms Used in MagnetismMagnetic Behaviour of MaterialsCurie’s LawHysteresisPermanent Magnets and Electromagnet5.7Test Your KnowledgeAnswer Key Hints and Explanations
Chapter at a GlanceMagnetic FluxSpecific ConditionsFaraday’s Laws of Electromagnetic InductionFaraday’s First LawFaraday’s Second LawInduced Current in a CircuitLenz’s Law and Conservation of EnergyDirection of Induced Current with the Help of Lenz’s LawMotional Electromotive ForceGeneral Form of Motional emfInductanceSelf-InductanceEnergy Stored in an InductorMutual InductanceEddy CurrentsApplications of Eddy CurrentsDC MotorAC Generator or DynamoTest Your KnowledgeAnswer KeyHints and Explanations
Chapter at a GlanceAC Circuit ElementsPower in an AC CircuitSeries AC CircuitResonance in Series L-C-R CircuitGrowth and Decay of Current in L-R CircuitCharging and Discharging of CapacitorL-C OscillationsChoke CoilTransformer Test Your Knowledge Answer Key Hints and Explanations
Chapter at a GlanceDisplacement CurrentMaxwell’s EquationsElectromagnetic Waves (EM Waves)Characteristics of Electromagnetic WavesElectromagnetic Spectrum Test Your Knowledge Answer Key Hints and Explanations
Chapter at a GlanceReflection of LightLaws of ReflectionReflection of Light from a Plane MirrorReflection of Light by Spherical MirrorsRefraction of LightLaws of Refraction Critical Angle and Total Internal Reflection (TIR)Refraction of Light through PrismDispersion of Light through PrismCombination of PrismsRefraction at Spherical SurfacesFirst Principal FocusCombination of LensesSilvering of a LensCutting of a LensScattering of Light Human Eye and its DefectsOptical Instruments Test Your Knowledge Answer KeyHints and Explanations
Chapter at a GlanceNewtons’ Corpuscular Theory of LightHuygens’ Wave Theory of LightWavefrontHuygens’ PrincipleCoherent and Incoherent Sources of LightPrinciple of Superposition of WavesInterference of LightYoung’s Double Slit ExperimentInterference in Thin FilmsShift in Interference PatternDoppler’s Effect of LightDiffraction of LightFresnel’s Distance (zF)Diffraction GratingResolving Power of Optical InstrumentsPolarization of LightMalus’s LawPolarization of Transverse Mechanical WavesPolarization by ReflectionBrewster’s LawPolarization of Light by ScatteringTest Your KnowledgeAnswer Key Hints and Explanations
Chapter at a GlanceCathode RaysProperties of Cathode RaysPositive RaysProperties of Positive RaysElectron EmissionPhotoelectric EffectLaws of Photoelectric EffectEinstein’s Photoelectric EquationStopping PotentialGraphs Related to Photoelectric EffectPhotoelectric Effect and Wave Theory of LightPlanck’s Quantum Theory (Particle Nature of Light: Photon)Dual Nature of RadiationMatter Waves or de-Broglie WavesCharacteristics of Matter WavesMatter Waves: de-Broglie WavesTest Your KnowledgeAnswer Key Hints and Explanations
Chapter at a GlanceDalton’s Atomic TheoryThomson’s Atomic ModelLimitations of Thomson’s Atomic ModelRutherford’s Atomic ModelDistance of Closest ApproachImpact ParameterRutherford’s Scattering FormulaLimitations of Rutherford’s Atomic ModelBohr’s Atomic Modelde-Broglie’s Explanations of Bohr’s Second Postulate Hydrogen SpectrumLimitations of Bohr’s ModelTest Your KnowledgeAnswer Key Hints and Explanations
Chapter at a GlanceNucleus Nuclear Density Mass DefectEinstein’s Mass-Energy RelationBinding EnergyBinding Energy CurveNuclear Force and Nuclear StabilityNuclear ForceNuclear StabilityNuclear ReactionNuclear EnergyNuclear FissionNuclear FusionRadioactivityTest Your KnowledgeAnswer Key Hints and Explanations
Chapter at a GlanceSemiconductor Electronics; Materials, Devices and Simple CircuitsEnergy Band TheorySemiconductorsSemiconductor Diode/ p-n Junction DiodeBiasing of Junction DiodeV-I Characteristic of Junction DiodeDiode as a RectifierLogic GatesTest Your KnowledgeAnswer Key Hints and Explanations
Chapter at a GlanceCommunication System Elements of Communication SystemBasic Terminology Used In Electronic Communication System Bandwidth of Signals Propagation of Electromagnetic WavesGround Wave PropagationSky Wave PropagationSpace Wave Propagation ModulationNeed for ModulationTypes of modulation Amplitude Modulation (AM)InternetTest Your KnowledgeAnswer Key Hints and Explanations

Overview

1. Electric Charge and Field, 2. Electric Potential and Capacitance, 3. Current Electricity, 4. Moving Charges and Magnetism, 5. Magnetism and Matter, 6. Electromagnetic Induction, 7. Alternating Current, 8. Electromagnetic Waves, 9. Ray Optics and Optical Instruments, 10. Wave Optics, 11. Dual Nature of Radiation and Matter, 12. Atoms, 13. Nuclei, 14. Semiconductor, 15. Communication System