14.0. THERMAL EQUILIBRIUM AND ZEROTH LAW OF THERMODYNAMICS

14.0. HEAT AND TEMPERATURE

26.0. SPHERICAL MIRROR

26.0. RELATIONSHIP BETWEEN FOCAL LENGTH AND RADIUS OF CURVATURE

26.0. RULES FOR CONSTRUCTING RAY DIAGRAMS

26.0. CONCAVE MIRROR WITH VIRTUAL IMAGE

26.0. MIRROR FORMULA FOR CONVEX MIRROR

26.0. MAGNIFICATION

26.0. POSITION, NATURE OF SIZE OF IMAGE FROMED BY CONCAVE MIRROR

27.0. REFRACTION OF LIGHT

27.0. REAL AND APPARENT DEPTH

27.0. REFRACTION THROUGH SEVERAL PARALLEL MEDIA

27.4. LATERAL SHIFT, REAL AND APPARENT DEPTH

27.5. RELATION BETWEEN REFRACTIVE INDEX, CRITICAL ANGLE AND TOTAL INTERNAL REFLECTION

27.0. MINIMUM DEVIATION

27.0. LAW OF REFRACTION OF LIGHT AND REFRACTIVE INDEX

28.0. PRISM

28.0. MINIMUM DEVIATION

28.0. LENS FORMULA FOR VIRTUAL IMAGE BY CONVEX LENS

28.0. NUMERICAL PROBLEMS

29.0. LENS MAKER'S FORMULA

29.0. LENSES - NUMERICAL PROBLEMS

30.0. DISPERSION AND ITS CAUSES

30.0. PURE AND IMPURE SPECTRUM

30.0. CHROMATIC ABERRATION

30.0. ACHROMATISM

30.0. DISPERSION OF LIGHT -NUMERICAL PROBLEMS

31.0. HUMAN EYE

31.0. SIMPLE MICROSCOPE

31.0. TERRESTRIAL TELESCOPE

31.0. OPTICAL INSTRUMENTS - NUMERICAL PROBLEMS

31.0. OPTICAL INSTRUMENTS - COMPOUND MICROSCOPES

15.0. REAL AND APPARENT EXPANSION

15.0. DETERMINATION OF COEFFICIENT OF LINEAR EXPANSION OF A SOLID BY USING PULLINGER'S APPARATUS

15.0. DETERMINATION OF COEFFICIENT OF LINEAR EXPANSION USING DULONG AND PETIT'S METHOD

15.0. THERMAL EXPANSION OF SOLIDS

15.0. DIFFERENTIAL EXPANSION

15.0. ANAMOULOUS EXPANSION OF WATER

15.0. THERMAL EXPANSION - NUMERICAL PROBLEM

17.0. CHANGE OF PHASE AND LATENT HEAT

17.0. DETERMINATION OF SPECIFIC HEAT CAPACITY OF SOLID BY METHOD OF MIXTURE

17.0. NEWTON'S LAW OF COOLING

17.0. DETERMINATION OF LATENT HEAT OF FUSION OF ICE BY METHOD OF MIXTURE

17.0. SPECIFIC HEAT CAPACITY OF LIQUID BY METHOD OF COOLING

17.0. QUANTITY OF HEAT ENERGY - NUMERICAL PROBLEMS

17.0. DETERMINATION OF LATENT HEAT OF VAPORISATION OF WATER

18.0. BOYLE'S LAW AND CHARLES' LAW

18.0. IDEAL GAS EQUATION AND DALTON'S LAW OF PARTIAL PRESSURE

18.0. EQUALITY OF VOLUME AND PRESSURE COFFIECIENT - KINETIC THEORY OF GASES

18.0. PRESSURE EXERTED BY GAS

20.0. CONDUCTION

20.0. CONDUCTIVITY OF A METAL ROD BY SEARLE'S METHOD

20.0. BLACK BODY RADIATION

20.0. STEFAN'S LAW OF BLACK BODY RADIATION 

20.0. TRANSFER OF HEAT - NUMERICAL PROBLEMS

24.0. RUTHERFORD'S ALPHA PARTICLE SCATTERING EXPERIMENT

24.0. NUCLEUS AND ITS PROPERTIES

24.0. EINSTEIN'S MASS ENERGY EQUIVALENCE

24.0. MASS DEFECT AND BINDING ENERGY

24.0. NUCLEAR REACTION - NUCLEAR FUSION AND NUCLEAR FISSION REACTION

19.0. ELECTRIC CHARGES AND ELECTROSTATIC INDUCTION

19.0. CHARGING A BODY POSITIVELY AND NEGATIVELY BY INDUCTION, SURFACE CHARGE DENSITY, AND THE ACTION OF POINTS

22.0. CAPACITORS AND CAPACITANCE

22.0. PARALLEL PLATE CAPACITOR AND DIELECTRIC CONSTANT

22.0. SERIES AND PARALLEL COMBINATION OF CAPACITOR

22.0. SERIES AND PARALLEL COMBINATION OF RESISTANCE

22.0. SHARING OF CHARGE BETWEEN TWO CONDUCTORS

23.0. OHM'S LAW, OHMIC AND NON-OHMIC CONDUCTORS

23.0. ELECTRIC CURRENT AND SOME TERMINOLOGIES

23.0. EMF, TERMINAL POTENTIAL DIFFERENCE, INTERNAL RESISTANCE

23.0. NUMERICAL PROBLEMS

23.0. VARIATION OF RESISTANCE WITH TEMPERATURE

23.1. DRIFT VELOCITY

23.0. POTENTIAL DIVIDER CIRCUIT, RESISTER AND ITS TYPES

25.0. TYPES OF SOLIDS AND ENERGY BANDS

25.2. INTRINSIC AND EXTRINSIC SEMI-CONDUCTOR

10.0. CONSERVATION LAWS FOR ELEMENTARY PARTICLES

10.0. TERMINOLOGIES AND TYPES OF INTERACTIONS

10.0. QUARK AND QUARK MODEL

10.0. CRITICAL DENSITY

10.0. THREE GENERATION OF QUARKS AND BIG BANG THEORY

10.0. DARK MATTER AND DARK ENERGY

10.0. BLACK HOLES AND GRAVITATIONAL WAVES

7.0. GRAVITATIONAL POTENTIAL FIELD, ENERGY AND INTENSITY

4.0. INTRODUCTION-PART 1

4.0. INTRODUCTION-PART 2

8.0. INTRODUCTION AND ATOMIC VIEW OF ELASTICITY

1.1. QUANTITIES AND DIMENSIONAL ANALYSIS

6.0. APPLICATION OF CIRCULAR MOTION

2.0. FRICTIONAL FORCE