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- English
- CLASS 11 > PHYSICS
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- arrow_drop_down 1. unit and dimensionUNIT AND DIMENSION
- arrow_drop_down 2. laws of motionLAWS OF MOTION
- arrow_drop_down 4. work, energy & powerWORK, ENERGY & POWER
- arrow_drop_down 6. circular motionCIRCULAR MOTION
- arrow_drop_down 7. gravitationGRAVITATION
- arrow_drop_down 8. elasticityELASTICITY
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arrow_drop_down 10. recent trends in physicsRECENT TRENDS IN PHYSICS
- 10.1 conservation laws for elementary particlesCONSERVATION LAWS FOR ELEMENTARY PARTICLES
- 10.1 black holes and gravitational wavesBLACK HOLES AND GRAVITATIONAL WAVES
- 10.2 terminologies and types of interactionsTERMINOLOGIES AND TYPES OF INTERACTIONS
- 10.3 quark and quark modelQUARK AND QUARK MODEL
- 10.4 critical densityCRITICAL DENSITY
- 10.5 three generation of quarks and big bang theoryTHREE GENERATION OF QUARKS AND BIG BANG THEORY
- 10.6 dark matter and dark energyDARK MATTER AND DARK ENERGY
- arrow_drop_down 14. heat and temperatureHEAT AND TEMPERATURE
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arrow_drop_down 15. thermal expansionTHERMAL EXPANSION
- 15.1 real and apparent expansionREAL AND APPARENT EXPANSION
- 15.2 determination of coefficient of linear expansion of a solid by using pullinger's apparatusDETERMINATION OF COEFFICIENT OF LINEAR EXPANSION OF A SOLID BY USING PULLINGER'S APPARATUS
- 15.3 determination of coefficient of linear expansion using dulong and petit's methodDETERMINATION OF COEFFICIENT OF LINEAR EXPANSION USING DULONG AND PETIT'S METHOD
- 15.4 thermal expansion of solidsTHERMAL EXPANSION OF SOLIDS
- 15.5 differential expansionDIFFERENTIAL EXPANSION
- 15.6 anamoulous expansion of waterANAMOULOUS EXPANSION OF WATER
- 15.7 thermal expansion - numerical problemTHERMAL EXPANSION - NUMERICAL PROBLEM
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arrow_drop_down 17. quantity of heat energyQUANTITY OF HEAT ENERGY
- 17.2 determination of specific heat capacity of solid by method of mixtureDETERMINATION OF SPECIFIC HEAT CAPACITY OF SOLID BY METHOD OF MIXTURE
- 17.4 newton's law of coolingNEWTON'S LAW OF COOLING
- 17.5 specific heat capacity of liquid by method of coolingSPECIFIC HEAT CAPACITY OF LIQUID BY METHOD OF COOLING
- 17.6 change of phase and latent heatCHANGE OF PHASE AND LATENT HEAT
- 17.7 determination of latent heat of fusion of ice by method of mixtureDETERMINATION OF LATENT HEAT OF FUSION OF ICE BY METHOD OF MIXTURE
- 17.8 determination of latent heat of vaporisation of waterDETERMINATION OF LATENT HEAT OF VAPORISATION OF WATER
- 17.9 quantity of heat energy - numerical problemsQUANTITY OF HEAT ENERGY - NUMERICAL PROBLEMS
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arrow_drop_down 18. thermal properties of matterTHERMAL PROPERTIES OF MATTER
- 18.1 boyle's law and charles' lawBOYLE'S LAW AND CHARLES' LAW
- 18.2 ideal gas equation and dalton's law of partial pressureIDEAL GAS EQUATION AND DALTON'S LAW OF PARTIAL PRESSURE
- 18.3 equality of volume and pressure coffiecient - kinetic theory of gasesEQUALITY OF VOLUME AND PRESSURE COFFIECIENT - KINETIC THEORY OF GASES
- 18.4 pressure exerted by gasPRESSURE EXERTED BY GAS
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arrow_drop_down 19. electric chargesELECTRIC CHARGES
- 19.1 electric charges and electrostatic inductionELECTRIC CHARGES AND ELECTROSTATIC INDUCTION
- 19.2 charging a body positively and negatively by induction, surface charge density, and the action of pointsCHARGING A BODY POSITIVELY AND NEGATIVELY BY INDUCTION, SURFACE CHARGE DENSITY, AND THE ACTION OF POINTS
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arrow_drop_down 20. transfer of heatTRANSFER OF HEAT
- 20.1 conductionCONDUCTION
- 20.2 conductivity of a metal rod by searle's methodCONDUCTIVITY OF A METAL ROD BY SEARLE'S METHOD
- 20.3 black body radiationBLACK BODY RADIATION
- 20.4 stefan's law of black body radiation STEFAN'S LAW OF BLACK BODY RADIATION
- 20.5 transfer of heat - numerical problemsTRANSFER OF HEAT - NUMERICAL PROBLEMS
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arrow_drop_down 21. potential, potential difference and potential energyPOTENTIAL, POTENTIAL DIFFERENCE AND POTENTIAL ENERGY
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arrow_drop_down 22. capacitorsCAPACITORS
- 22.1 capacitors and capacitanceCAPACITORS AND CAPACITANCE
- 22.2 parallel plate capacitor and dielectric constantPARALLEL PLATE CAPACITOR AND DIELECTRIC CONSTANT
- 22.3 series and parallel combination of capacitorSERIES AND PARALLEL COMBINATION OF CAPACITOR
- 22.4 series and parallel combination of resistanceSERIES AND PARALLEL COMBINATION OF RESISTANCE
- 22.5 sharing of charge between two conductorsSHARING OF CHARGE BETWEEN TWO CONDUCTORS
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arrow_drop_down 23. dc circuitDC CIRCUIT
- 23.1 ohm's law, ohmic and non-ohmic conductorsOHM'S LAW, OHMIC AND NON-OHMIC CONDUCTORS
- 23.2 electric current and some terminologiesELECTRIC CURRENT AND SOME TERMINOLOGIES
- 23.3 emf, terminal potential difference, internal resistanceEMF, TERMINAL POTENTIAL DIFFERENCE, INTERNAL RESISTANCE
- 23.4 numerical problemsNUMERICAL PROBLEMS
- 23.5 variation of resistance with temperatureVARIATION OF RESISTANCE WITH TEMPERATURE
- 23.6..1 drift velocityDRIFT VELOCITY
- 23.7 potential divider circuit, resister and its typesPOTENTIAL DIVIDER CIRCUIT, RESISTER AND ITS TYPES
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arrow_drop_down 24. nuclear physicsNUCLEAR PHYSICS
- 24.1 rutherford's alpha particle scattering experimentRUTHERFORD'S ALPHA PARTICLE SCATTERING EXPERIMENT
- 24.2 nucleus and its propertiesNUCLEUS AND ITS PROPERTIES
- 24.3 einstein's mass energy equivalenceEINSTEIN'S MASS ENERGY EQUIVALENCE
- 24.4 mass defect and binding energyMASS DEFECT AND BINDING ENERGY
- 24.5 nuclear reaction - nuclear fusion and nuclear fission reactionNUCLEAR REACTION - NUCLEAR FUSION AND NUCLEAR FISSION REACTION
- arrow_drop_down 25. solidsSOLIDS
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arrow_drop_down 26. reflection at plane and curved surfacesREFLECTION AT PLANE AND CURVED SURFACES
- 26.11 spherical mirrorSPHERICAL MIRROR
- 26.12 relationship between focal length and radius of curvatureRELATIONSHIP BETWEEN FOCAL LENGTH AND RADIUS OF CURVATURE
- 26.13 rules for constructing ray diagramsRULES FOR CONSTRUCTING RAY DIAGRAMS
- 26.14 concave mirror with virtual imageCONCAVE MIRROR WITH VIRTUAL IMAGE
- 26.15 mirror formula for convex mirrorMIRROR FORMULA FOR CONVEX MIRROR
- 26.16 magnificationMAGNIFICATION
- 26.17 position, nature of size of image fromed by concave mirrorPOSITION, NATURE OF SIZE OF IMAGE FROMED BY CONCAVE MIRROR
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arrow_drop_down 27. refraction at plane surfaceREFRACTION AT PLANE SURFACE
- 27.1 refraction of lightREFRACTION OF LIGHT
- 27.2 real and apparent depthREAL AND APPARENT DEPTH
- 27.3 refraction through several parallel mediaREFRACTION THROUGH SEVERAL PARALLEL MEDIA
- 27.4..4 lateral shift, real and apparent depthLATERAL SHIFT, REAL AND APPARENT DEPTH
- 27.5..5 relation between refractive index, critical angle and total internal reflectionRELATION BETWEEN REFRACTIVE INDEX, CRITICAL ANGLE AND TOTAL INTERNAL REFLECTION
- 27.6 minimum deviationMINIMUM DEVIATION
- 27.8 law of refraction of light and refractive indexLAW OF REFRACTION OF LIGHT AND REFRACTIVE INDEX
- arrow_drop_down 28. refraction through prismREFRACTION THROUGH PRISM
- arrow_drop_down 29. lensesLENSES
- arrow_drop_down 30. dispersion of lightDISPERSION OF LIGHT
- arrow_drop_down 31. optical instrumentsOPTICAL INSTRUMENTS