Physics |

01 Light |

| 01 | Introduction, Nature of Light, Source of light, Propagation of light | 40 mins | |

| 02 | Characteristics of light, reflection of light, law of reflection, types of reflection, reflection from plane mirror | 38 mins | |

| 03 | Points to remember, multiple reflection, spherical mirror, rules for image formation by ray diagram method | 56 mins | |

| 04 | Image formation by spherical mirror (concave mirror or convex mirror) | 33 mins | |

| 05 | Sign. Convention for spherical mirror, mirror formula, magnification & numerical | 49 mins | |

| 06 | Introduction, law’s of refraction, refractive index | 53 mins | |

| 07 | Relative refractive index, causes of refraction, image formed by refraction at a plane surface | 47 mins | |

| 08 | Refraction of light through glass slab, lateral displacement, TIR. | 45 mins | |

| 09 | Application of TIR. , spherical lens, rule for image formation | 53 mins | |

| 10 | Image formation by spherical lens, sign convection for lens | 50 mins | |

| 11 | Lens formula, magnification of lens ,numerical problem | 44 mins | |

| 12 | Power of a lens, lens in a contact, numerical problem | 42 mins | |

02 Human Eye and colourful world |

| 01 | Human Eye, power of accommodation, colour vision | 45 mins | |

| 02 | Defect of vision, numerical problem | 51 mins | |

| 03 | Refraction through prism ,Dispersion of light | 42 mins | |

| 04 | Dispersion of light in nature, atmospheric refraction, scarttering of light | 41 mins | |

03 Electricity |

| 01 | Introduction, electric charge, static electricity | 57 mins | |

| 02 | Electric current, flow of current in a conductor, electric potential, potential difference | 45 mins | |

| 03 | Electric circuit & its component, ohm’s law & results of ohm’s law, numerical problem | 43 mins | |

| 04 | Resistance, numerical based on resistance, Series combination of resistance | 52 mins | |

| 05 | Parallel combination of resistance, numerical problem, Kirchhoff’s law | 40 mins | |

| 06 | Heating effect of electric current, power, numerical problems | 32 mins | |

04 Magnetic Effect of Electric current |

| 01 | Introduction, types of magnet, magnetic compass, magnetic field | 52 mins | |

| 02 | Orested experiment, magnetic effect due to straight conductor, Maxwell right hand thumb rule, magnetic field due to circular coil | 47 mins | |

| 03 | Magnetic effect produced due to current carrying solenoid, electromagnet, force on current carrying conductor | 59 mins | |

| 04 | Numerical problem ,electric motor | 46 mins | |

| 05 | EMI, Fleming right hand rule | 43 mins | |

| 06 | Electric Generator, Types of electric current, DC generator, Domestic electric circuit | 69 mins | |

05 Sources Of Energy |

| 01 | Introduction, Fossil Fuel, Thermal Power Plant | 43 mins | |

| 02 | Hydro Power Plant, Wind energy, Bio-Gas Plant, Solar Energy | 46 mins | |

| 03 | Energy from sea, Nuclear Energy | 50 mins | |

06 Motion |

| 01 | Introduction, Types of Motion, Scalar & Vector | 36 mins | |

| 02 | Distance & diplacement, Speed, types of speed, Velocity | 45 mins | |

| 03 | Types of velocity, Acceleration, types of acceleration | 44 mins | |

| 04 | Graphs( Distance-Time graph, Displacement-Time graph,Speed-Time graph | 44 mins | |

| 05 | Equation of Motion, circular Motion | 50 mins | |

07 Force & Law |

| 01 | Introduction, Force & types of force, some coman force | 47 mins | |

| 02 | Galileo experiment, Newton 1st Law of Motion, inertia,types of inertia,Newton 2nd law of Motion | 43 mins | |

| 03 | Numerical problems based on NLM 2nd law of Motion, Impulse, NLM 3rd Law Of Motion | 36 mins | |

| 04 | Law of Conservation of Momentum, Numerical problem | 36 mins | |

08 Gravitation |

| 01 | Newton’s law of gravitation, free falling of a body | 41 mins | |

| 02 | Concept of ‘g’ and ‘G’, Motion of a body moving freely under gravity, variation in ‘g’ | 43 mins | |

| 03 | Numerical problem, Mass & weight, weight of body on the surface of moon | 38 mins | |

| 04 | Kepler’s law of planetary motion, Thrust, pressure | 53 mins | |

| 05 | Types of pressure, buoyancy or upthrust, Magnitude of buoyant force, archmides principle | 58 mins | |

09 Work, Power & Energy |

| 01 | Work done, work done analysis, numerical problems | 44 mins | |

| 02 | Power, numerical problem, energy, types of energy | 43 mins | |

| 03 | Kinetic energy, numerical problem, work- energy theorem, potential energy | 43 mins | |

| 04 | Law of conservation of energy, verification of law of conservation of energy, numerical problems | 29 mins | |

10 Sound |

| 01 | Introduction, wave & wave motion, types of wave | 41 mins | |

| 02 | “Terms used to defining wave motion, relationship b/w wavelenght, wave velocity frequency & time period, speed of sound” | 29 mins | |

| 03 | Characteristics of sound, reflection of sound, echo, reverberation | 41 mins | |

| 04 | Range of hearing, sonar, example, human ear | 31 mins | |

11 Heat |

| 01 | Measurment of heat | 47 mins | |

| 02 | Specific heat, latent heat, thermaal exapansion, numerical | 44 mins | |

| 03 | Superficial expansion, numericals, relation B/W expansions, effect of expansion | 55 mins | |

| 04 | Effect of expansion, density effect, numerical, zeroth law of thermodynamics, law of conduction, thermal conductivity, thermal resistance | 49 mins | |

| 05 | Application of thermal resistance, series, parallel combination, emissive,reflecting power, transmiting power | 48 mins | |

| 06 | Emissive power, fery’s black body, kirchoff’s law, energy conservation, numericals | 59 mins | |

12 Vector |

| 01 | introduction representation | 55 mins | |

| 02 | unit vector,orthogonal vector,angle between vector,component of vector | 51 mins | |

| 03 | law’s of vector addition | 42 mins | |

| 04 | relation between triangle,parallelogram,polygon law of vector addition,numericals scalor product | 48 mins | |

| 05 | cross vector,properties numericals | 48 mins | |

13 Projectile motion |

| 01 | Projectile, projectile trajectory, ground to ground projectile, time of flight,range,height, maximum range,numerical | 51 mins | |

| 02 | projectile components, relation b/w time of flight, range, equation of trajectory | 48 mins | |

| 03 | Properties, horizontal projectile motion, range, time of flight, numerical’s | 54 mins | |

14 Fluid |

| 01 | Introduction, thrust, pressure, atmospheric prssure, numerical, pressure at depth h | 48 mins | |

| 02 | Pressure at mercury coulomn, pascal’s law, application, buoyunt force | 45 mins | |

| 03 | Arcminedes principle, numerical, density, relative density, numerical | 46 mins | |

| 04 | Relative density acording to arcminedies principle for solid & liquid, numerical | 57 mins | |

| 05 | Types of flow, reynold;s law, critical velocity, equation of continuity | 50 mins | |

| 06 | Bernaullies principle, application, venturimeter, aerfoil, velocity gradient | 46 mins | |

15 Circular Motion, Relative Motion & SHM |

| 01 | Circular motion,angular displacment,angular velocity, angular retordation, numericals | 53 mins | |

| 02 | Types of acceleration, centripetal acceleration, tangential acceleration,horizontal cicular motion,connical circular motion, motion in vertical circle | 50 mins | |

| 03 | Vertical circular motion, condition to complete lloping oscillatory motion, projectile motion | 45 mins | |

| 04 | Relative motion, river concept, simple harmonic motion, periodic motion, oscillatory motion | 48 mins | |

| 05 | Spring combination, spring combination, time period of spring mass block & pendulum, numerical | 42 mins | |

16 Nuclear Physics |

| 01 | nuclear physics mass defect binding energy,nuclear energy,nuclear fission fission of graniun,types of fission (delayed,spontaneous) | 55 mins | |

| 02 | nuclear fission numerical,energy released by 1amu mass and 1 kg granium,process of fission chain reaction,controlled,uncontrolled reaction,nuclear fusion | 42 mins | |

| 03 | nuclear fusion sun energy,nuclear bomb,hydrogen bomb,nuclear power plant | 51 mins | |

Chemistry |

01 Chemical reaction |

| 01 | introduction chemical reaction | 181 mins | |

| 02 | characteristics of chemical reaction | 29 mins | |

| 03 | chemical equation,limitation of chemical equation modification done | 8 mins | |

| 04 | types of reactions combination decombination,displacement and double displacement | 33 mins | |

| 05 | redox reaction examples related redox reaction | 37 mins | |

| 06 | oxidation in day 2 day life | 45 mins | |

| 07 | flame ,types of flame,fuel type of fules fire extinguisher | 52 mins | |

02 Acid,Base & Salt |

| 01 | acids, classification of acids | 44 mins | |

| 02 | general characteristics of acids,base,classification of base,chemical properties of acids | 45 mins | |

| 03 | chemical properties of bases,conductivity of acid and base,role of water,in reaction with acid base,indicators | 52 mins | |

| 04 | ph scale,numercals based on ph,importance of ph in our dairy life | 40 mins | |

| 05 | salt classification of salts | 41 mins | |

| 06 | some important compounds,nacl,Naoh,washing soda and bleaching powder | 35 mins | |

| 07 | some important compounds baking soda,plaster of paris,hydrated salt | 39 mins | |

| 08 | brousted lowry concept,levis concept | 50 mins | |

03 Carbon & Its compound |

| 01 | Introduction of carbon, E.C. of carbon | 43 mins | |

| 02 | Allotropes of carbon, diamond, propeties of diamond, structure and uses of diamond, properties of graphite, structure of graphite | 43 mins | |

| 03 | Uses of graphite, fullerene structure, properties and uses of fullerene, versatile nature of carbon | 46 mins | |

| 04 | Classification of organic compound, hydrocarbon saturated & unsaturated, alkane & alkyne functional group, IUPAC nomenclature | 45 mins | |

| 05 | Rules for naming of organic compound for saturted & unsatureted & nameing practice | 44 mins | |

| 06 | IUPAC ruls for functional group, chemical properties of carbon compound, some importants compounda ( ethanol & ethanone acid), soap & detergent | 66 mins | |

04 Periodic Classification of Elements |

| 01 | Earlier attempts to classify element | 46 mins | |

| 02 | Modern Periodic Table, Trends in group | 49 mins | |

| 03 | Trends in modern periodic table in periods | 37 mins | |

05 Matter in Our Surrounding |

| 01 | Introduction,Characteistics of matter | 39 mins | |

| 02 | Classification of matter, Diffusion | 41 mins | |

| 03 | Different states of matter, latent heat | 44 mins | |

| 04 | Effect of pressure, Evaporation causes cooling, Plasma & Bose-Einstein condensate | 45 mins | |

06 Is Matter Around us Pure? |

| 01 | Introduction, Pure & impure substances, Elements, Characteristics of matter & non-matter | 45 mins | |

| 02 | Mixtures( Homogeneous & Heterogeneous mixture | 42 mins | |

| 03 | Solution, Concentration of solution | 42 mins | |

| 04 | Physical change & chemical change, separation of mixtures | 49 mins | |

| 05 | Separation Techniques( crystallisation, chromatography, distillation | 48 mins | |

| 06 | Separation Technique( Distillation) | 42 mins | |

| 07 | Separation technique( separation of immiscible liquids ) | 37 mins | |

07 Atoms & Molecules |

| 01 | Symbol, Valency, Chemical Formula | 49 mins | |

| 02 | Chemical formulas with examples (cations, Anions, Polyatomic ions) | 46 mins | |

| 03 | Law of chemical combination | 40 mins | |

| 04 | Dalton’s Atomic theory | 38 mins | |

| 05 | Ions formula (unit mass & molucular mass) | 39 mins | |

| 06 | Mole concept (Calculations – No. of mole, molucular mass) | 41 mins | |

| 07 | Mole concept (Calculations – no. of particles) and Empirical formula | 40 mins | |

08 Structure of Atom |

| 01 | Discovery of Electrons, Protons & Neutrons, Thomson’s model of an atom, Rutherford’s model, Neils Bohr’s model | 57 mins | |

| 02 | Atomic no. & mass number and related calculations (no. of protons, no. of newtrons, and no. of electrons) | 39 mins | |

| 03 | Electronic configuration, valence electrons, valence shell, valency | 45 mins | |

| 04 | Isotopes, Radioactive Isotopes, Isobars, Isoelectrons and Isotones. | 44 mins | |

09 Metals & Non-Metals |

| 01 | Introduction, position of matels and non-matels, physical properties of matels and non-matels | 41 mins | |

| 02 | Chemical properties of metals | 32 mins | |

| 03 | reaction of metals with non – metals, concept of bond,characteristics of ionic bond | 55 mins | |

| 04 | occurrence of metals,types of ores metaiiurgy | 44 mins | |

| 05 | Metallurgy finished | 52 mins | |

| 06 | corrosion of metals,alloys | 57 mins | |

10 Nuclear Chemistry |

| 01 | nuclear chemistry, bvasics of atom, typesd of nuclus, clasification of basis of stability, radioactivity | 51 mins | |

| 02 | Rate of radioactive decay, half lye period, amount left n half life, numerical prache, average life, nuclus reaction, nuclus fession | 48 mins | |

| 03 | nuclear fession, example, chain reaction, isodiaphers, nuclear isomer, dating, radioactive polution, application of radioactivity | 51 mins | |

11 Chemical Equilibrium |

| 01 | Introduction to chemical equilibrium, reversible and irreversible reaction, equilibrium state | 30 mins | |

| 02 | characterstics of chemical equilibrium, law of mass action, effect of mode of represantation | 45 mins | |

| 03 | factors affecting equilibrium – le chatelir’s principle- concentration and temp. | 27 mins | |

| 04 | factors afffecting equilibrium, reaction quotient, effect on euilibrium using reaction quotient | 41 mins | |

12 Thermodynamics |

| 01 | introduction stact function and variables type of process | 33 mins | |

| 02 | reversible irreversible process internal energy work zeroth law of thermodynamics | 50 mins | |

| 03 | first law of thermodunamics enthalpy,standard enthalpy of reaction | 34 mins | |

| 04 | lovoisier laplace law hess law bond enthalpies | 41 mins | |

| 05 | heat capacity energy second of thermodynamics | 35 mins | |

| 06 | gibbs free energy 3rd law of thermodynamics application of 3rd law | 45 mins | |

13 Coal and Petroleum |

| 01 | natural resources coal and destructive distilation of coal | 43 mins | |

| 02 | petroleum fractional distilition study of various organic compounds introduction | 37 mins | |

| 03 | study of organic compounds their properties and uses artificial fibers plastics | 33 mins | |

14 Mole Concept |

| 01 | atoms ions laws of chemical combination | 39 mins | |

| 02 | laws of multiple proportion laws of reciprocal proportion gay luccac’s law avagdros law applicatrion of avogdros law` | 43 mins | |

| 03 | atomics mass molecular mass formulas unit mass equivalent mass relation between mole mass and no. of particles | 59 mins | |

| 04 | percentage composition determination of emperical and molecular formula | 30 mins | |

| 05 | concerntration terms molarity,normality formality molality strength | 42 mins | |

| 06 | question based on molality,concentration terms mole fraction and ppm question based on mole fraction and ppm | 39 mins | |

| 07 | stoichiometry limiting reagent | 58 mins | |

| 08 | volumetric analysis chemical reaction invded in titration | 35 mins | |

| 09 | volumetric calculation questions based on volumetric calculation | 38 mins | |

| 10 | strength of oleum,volume strength of h2o2,hardness water availability of chlorine in bleaching powder | 55 mins | |

15 Gaseous State |

| 01 | introduction properties of solid liquid and gas boyles law charless law | 33 mins | |

| 02 | gas law ideal gas equation | 44 mins | |

| 03 | delton law of partial pressure grahams law of diffusion | 35 mins | |

| 04 | kinetic molecular theory of gases distribution of molecular speed | 34 mins | |

| 05 | deviation from ideal gas behaviour liquification of gas | 58 mins | |

Biology |

01 Control & Coordination |

| 01 | control and coordination in plants,plant movement,plant hormonce photo periodism | 57 mins | |

| 02 | human control and coordination ,nervous system of human brain | 43 mins | |

| 03 | human control and coordination ,brain spinalcord,reflexaction,introduction of endocrine system | 49 mins | |

| 04 | human contgrol and coordination endocrine system,hypothalamus,pituitery gland | 52 mins | |

| 05 | human control and coordination endocrine system,thyroid gland,adrenal gland | 50 mins | |

| 06 | human control and coordination endocrine system,parathyroid hymus,pinial,pancrease, gonals | 29 mins | |

02 Reproduction |

| 01 | reproduction and type of reproduction,asexual reproduction in plant | 50 mins | |

| 02 | sexual reproduction in plant | 48 mins | |

| 03 | sexual reproduction in plant,asexual reproduction in animal | 47 mins | |

| 04 | a sexual reproduction in animal,human reproduction – male reproduction system | 50 mins | |

03 Heredity and Evolution |

| 01 | Heredity, Chromosome, Types, DNA Structure, Sex Determination | 41 mins | |

| 02 | Mendel’s Law, Menddel’s Experiment | 45 mins | |

| 03 | Evidences of Evolution, Darwinism & Lamarckism | 37 mins | |

04 Our Envirement |

| 01 | Envirement. Waste & its Type, Ecosystem, Biomagnification, Food Chain, Food Web, Trophic Level,Tenth percent law | 53 mins | |

05 Management of natural Resources |

| 01 | natural resources,Wild life and its conservation,Water harvesting methods,Concept of 3R ,Stakeholders,Ganga Action Plan(GAP) | 25 mins | |

06 Nutrition in plant & Animal |

| 01 | Nutrition, mode of nutrition | 28 mins | |

| 02 | Photosynthesis introduction & requirments | 50 mins | |

| 03 | Requirments of photosynthesis, mechanisum of photosynthesis | 58 mins | |

| 04 | CAM & C4 cycle, step of nutrition in animal, nutrition in amoeba, introduction of digestive system of human | 49 mins | |

| 05 | Digestive system of human (mouth ,buccal cavity) | 45 mins | |

| 06 | Digestive system of human (Alimentry canal, digestive glands) | 48 mins | |

| 07 | Physiology of human digestion | 20 mins | |

07 Respiration |

| 01 | definition,steps of respiration,types of respiration,respiration in plant | 33 mins | |

| 02 | respiration in animal,human respirartory system | 53 mins | |

| 03 | mechanism of gaseos exchange between tissue blood | 38 mins | |

08 Transportation |

| 01 | general information about transportation,transportation in plant,transportation in animal-blood | 48 mins | |

| 02 | transportation system in human,blood blood group,heart structure over view | 47 mins | |

| 03 | transportation | 48 mins | |

09 Excretion |

| 01 | exceretion,excretion in plant excretion in human | 46 mins | |

| 02 | human exretiry system formation of urin dialysis | 60 mins | |

10 Plant Growth |

| 01 | definition,parameter of growth,germination of seed,plant growth type and plant growth curve | 45 mins | |

| 02 | enternal requirement of growth,differentiation, differentiation ,redifferentiation | 50 mins | |

| 03 | auxin,cytokinin | 50 mins | |

| 04 | gibberelin,abscidic acid,ethylene | 28 mins | |

11 Plant Physiology |

| 01 | definition,equation,requirement | 54 mins | |

| 02 | sitc of photosynthesis,mechanism of photosynthesis,light reaction | 51 mins | |

| 03 | mechanism of photosynthesis,darkreaction, photorespiration cycle,campathway | 56 mins | |

12 Fundamental unit of Life |

| 01 | Structure of Cell, Mitochondria, Nucleus, Lysosome, Chloroplast | 47 mins | |

| 02 | Golgi Complex, ER, Ribosome, Centrosome, peroxisome, Prokaryotic-Eukaryotic cell, Plant Cell- Animal Cell, Diffusion, Osmosis | 13 mins | |

13 Tissue |

| 01 | introduction, diffrence b/w plant & animal tissue, plant tissue complete | 54 mins | |

| 02 | Animal tissue(epithelial tissue, connective tissue, skeletal tissue, blood | 50 mins | |

| 03 | lymph, muscular tissue,nervous tisse | 42 mins | |

14 Improvement in Food Resoureces |

| 01 | Crops, crop season, agriculture practice, inter- cropping, mixed cropping, crop-rotation | 57 mins | |

| 02 | Animal husbandry, poultary, fish culture, apiculture | 45 mins | |

15 Why do we fall ill |

| 01 | Health, disease, causese of disease, types of disease, maleria, infuenza, jaundice, rabies, AIDS, Polio | 56 mins | |

| 02 | TB, cholera, typhoid, vaccination | 30 mins | |

16 Biodiversity |

| 01 | introduction | 20 mins | |

| 02 | Monera | 51 mins | |

| 03 | kingdom protista | 58 mins | |

| 04 | kingdom fungi | 44 mins | |

| 05 | algae,bryophyta | 40 mins | |

| 06 | pteridophyta | 38 mins | |

| 07 | gymnosperm,angiosperm | 41 mins | |

| 08 | protozoa,porifera | 35 mins | |

| 09 | coelenterata,ctenophora,platyhelminthes | 37 mins | |

| 10 | nematoda,annelids,arthropoda | 38 mins | |

| 11 | mollusca,echinodermata,hemichordata | 34 mins | |

| 12 | chordata | 39 mins | |

17 Cell division |

| 01 | Mitosis, miosis | 44 mins | |

18 Protoplasm |

| 01 | Introduction, carbohydratos | 47 mins | |

| 02 | Lipid | 35 mins | |

| 03 | Protein | 44 mins | |

| 04 | Nucleic acid – DNA | 41 mins | |

| 05 | RNA, genetic code, central dogma | 49 mins | |

19 Anatomy of flowering plants |

| 01 | Introduction, plants, the tissue system- epidermal tissue, vascular tissue | 54 mins | |

| 02 | Ground tissue system, anatomy of root, dicot and monocot | 44 mins | |

| 03 | Anatomy of stem- dicot and monocot, introduction to anatomy of leaf | 37 mins | |

| 04 | Anatomy of roots – dicot and monocot secondary growth | 43 mins | |

20 Biotechnology |

| 01 | introduction to biotechnology,traditional and modern biotech,tools of recombination DNA technology,enzymes | 43 mins | |

| 02 | enzyme ligase, gel electrophoiesis,vectors,compotent hosts | 53 mins | |

| 03 | process of recombition DNA technology | 36 mins | |

| 04 | plasmid – PBR322, agricoltural applications of biotechnology – bt cotton | 38 mins | |

| 05 | plasmid vector PBR322, Application of Biotechnology in medicine | 34 mins | |

| 06 | DNA fingerprinting,trangenic animals, ethical issoes | 30 mins | |

21 Plant Morphology |

| 01 | Introduction, the root system- types of roots, region on root | 44 mins | |

| 02 | Modification of root, introduction to stem, function of stem, underground modification of stem | 35 mins | |

| 03 | Stem- sub aerial modification, leaf introduction and structure | 34 mins | |

| 04 | types of leaves, phyllotaxy, modification of leaves | 42 mins | |

| 05 | Infloresence, the flower, types of flower | 45 mins | |

| 06 | Parts of flower- calyx, corolla, aestvation, androecium | 32 mins | |

| 07 | Gynoecium, parts of carpel, types of gynoecium, placentation | 35 mins | |

| 08 | The fruit, types of fruits, seed, dicot and monocot seeds, floral symbols | 48 mins | |

Mathematics |

01 Area of Parallelogram and Triangles |

| 01 | Theorems based on parallelogram | 20 mins | |

| 02 | Numercal’s based on Parallelogram & triangle | 47 mins | |

| 03 | Theorem of area, triangle area & median, numerical’s | 36 mins | |

02 Euclid’s Geometry |

| 01 | Axioms & postulates | 42 mins | |

03 Heoren’s Formula |

| 01 | Formula of heron’s formula and question of heoren’s formula | 41 mins | |

| 02 | continue question on heron’s formula on quadrilateral basis | 42 mins | |

04 Lines and Angle |

| 01 | lines,angles,type of angle,complementary angle and supplementary angle and question basis on these | 49 mins | |

| 02 | Adjecent angle,linear pair,3 theorem,vertical opposite angle | 42 mins | |

| 03 | question on V.O.A. and linear pair,transversal lines and angles basis on transeversal lines,parellel line | 48 mins | |

| 04 | 5 theorem transversal and parellel lines and question on the basis of these theorem | 55 mins | |

| 05 | trianle theorem exterior angle theorem and question on the basis of these | 56 mins | |

05 Triangle |

| 01 | Congurent of triangle,types isosceless triangle,theorem and question on the basis of this | 45 mins | |

| 02 | questipon on SAS theorem,ASA theorem,and question on ASA theorem | 51 mins | |

| 03 | question on ASA theorem,AAS theorem and question on AAS Theorem | 46 mins | |

| 04 | SSS theorem,RHS theorem and question on SSS theorem | 61 mins | |

| 05 | question no RHS theorem,inequality theorem and question on inequality theorem | 48 mins | |

06 Perimeter and areas of plane Figure |

| 01 | triangle & quadrilatrals | 41 mins | |

| 02 | cricle, length of arc | 40 mins | |

| 03 | sector of a circle | 46 mins | |

| 04 | segment of circle | 39 mins | |

07 Similar Triangle |

| 01 | Similar Figures,Similar Polygen,BPT/thale’s theorem | 45 mins | |

| 02 | Converse of bpt,question related to bpt | 46 mins | |

| 03 | criteria for similarity of triangle,AAA Theorem,SSS Theorem | 45 mins | |

| 04 | SAS Theorem,Question related to theorem | 44 mins | |

| 05 | area of similar triangle,question related to area of similar triangle | 47 mins | |

| 06 | Pythagoras theorem,converse of pythagoras theorem,question related to pythagoras theorem | 46 mins | |

08 App. Of Trigonometry |

| 01 | Height and distance | 40 mins | |

| 02 | more question on Height and distance | 44 mins | |

09 Binomial Theorem |

| 01 | Pascal traingle, expansion | 45 mins | |

| 02 | General & middle terms | 50 mins | |

10 Circle |

| 01 | introduction and definition related to circle | 45 mins | |

| 02 | theorems | 51 mins | |

| 03 | theorems | 50 mins | |

| 04 | theorems | 30 mins | |

| 05 | theorems | 50 mins | |

| 06 | questions | 35 mins | |

| 07 | questions | 8 mins | |

| 08 | questions | 44 mins | |

11 Commercial Mathematics |

| 01 | Percentage | 49 mins | |

| 02 | profit loss and discount | 50 mins | |

| 03 | ratio and proposition | 56 mins | |

| 04 | alligation and partnership | 54 mins | |

| 05 | work and time | 47 mins | |

| 06 | distance,speed and time problem of trains | 51 mins | |

| 07 | problems of trains boat and stream | 47 mins | |

| 08 | simple and compound interest | 50 mins | |

12 Construction |

| 01 | Angle bisector, perpendicular bisector, some special angles | 43 mins | |

| 02 | Constructions of traingle | 53 mins | |

| 03 | dividing line segment internally tanjent to a circle | 42 mins | |

| 04 | similar triangle | 45 mins | |

13 Co-ordinate Geometry |

| 01 | Introduction, distance b/w two points | 48 mins | |

| 02 | Section formula | 17 mins | |

| 03 | Centroid and area of triangle | 46 mins | |

| 04 | Questions, area of quadrilateral | 40 mins | |

| 05 | incentre, excentre, locus | 48 mins | |

14 Linear Equation In Two Variables |

| 01 | Definition, General Form, Methods Of Solving Linear Equation, Graphical Method | 42 mins | |

| 02 | Conditions for Soltions, Substitution Method | 42 mins | |

| 03 | Elimination Method, Cross-Multiplication Method | 42 mins | |

| 04 | Word Problems, Homogeneous Equation | 44 mins | |

| 05 | Word Problems | 49 mins | |

15 Linear inequalities |

| 01 | introduction, rule, rule 2 to solve inequalities | 49 mins | |

| 02 | graphical solution of linear inequalities in 2 variables | 51 mins | |

16 P & C |

| 01 | Fundamental principle of counting permutation( theorm-1) | 50 mins | |

| 02 | theorm 2,3 & 4 of permutation | 53 mins | |

| 03 | Combinations | 0 mins | |

17 Polynomial |

| 01 | “Introduction, Algebric Expression, Factors & Cofficient, Polynomial, Degree of Polynomial” | 2 mins | |

| 02 | Types of Polynomial, Remainder Theorem,Factos Theorem 4 Values of polynomial,Zeroes Of Polynomial | 42 mins | |

| 03 | Geometric Meaning of Zeroes Of Polynomial | 39 mins | |

| 04 | Relationship B/W Zeroes & Cofficient of Polynomial | 42 mins | |

| 05 | Symmetric Function, Division Algorithm For Polynomial | 42 mins | |

18 Probability |

| 01 | basics,2coins,3coins | 40 mins | |

| 02 | 1 dice,2dices | 41 mins | |

| 03 | cards | 41 mins | |

19 Progression |

| 01 | Introduction to A.P. | 47 mins | |

| 02 | Questions and rth term from last | 58 mins | |

| 03 | sum of n terms | 60 mins | |

| 04 | Questions on AP, introduction to G.P, sum of n terms of GP | 58 mins | |

| 05 | G.M. relation b/w AM & GM, itroduction to H.P. | 54 mins | |

| 06 | H.M. relation in AM,Gm & HM , sum of special terms | 79 mins | |

20 Quadratic Equation |

| 01 | Quadratic equation | 52 mins | |

| 02 | introduction,roots,solving quadratic equation | 70 mins | |

| 03 | nature of roots,sum product of roots | 59 mins | |

| 04 | equation reducible to quadratic equation | 62 mins | |

21 Quadrilateral |

| 01 | Definition, angle sum properties, special cases of quad. | 45 mins | |

| 02 | All theorem on the basis of parallelogram | 47 mins | |

| 03 | Numercal’s based on Parallelogram theorem | 47 mins | |

| 04 | Mid point theorem, intercept theorem & numericals | 46 mins | |

22 Real Number |

| 01 | Number System, Insertion of Numbers | 47 mins | |

| 02 | representation of decimal number in p/q form,representing rational number on number line | 49 mins | |

| 03 | reprresenting irratinal number on number line,surds a radicals,laws of radicals | 44 mins | |

| 04 | operation on radicals,rationalisation of surds | 36 mins | |

| 05 | theorem and its numericals | 44 mins | |

| 06 | euclic division algorithm,fundamental theorem of arithmetic,factor tree,relation between hcf/lcm | 49 mins | |

| 07 | factors and multiples number of factor,divisibility | 41 mins | |

| 08 | test of divisibility,hcf and lcm | 42 mins | |

| 09 | remainders,to find the remainders of big number | 40 mins | |

| 10 | cyclicity,alpha numeric numbers | 40 mins | |

| 11 | base system, convension form base 10 to my other base,convension form any other base to decimal system | 42 mins | |

| 12 | highrst power dividing a factorial | 36 mins | |

| 13 | logarithm | 46 mins | |

23 Sets |

| 01 | Definition, structure, empty set, subset | 50 mins | |

| 02 | power set, universal set, operations of set | 49 mins | |

| 03 | Complement of sets, laws of complement | 53 mins | |

24 Statistics |

| 01 | introduction,Definations related to statistics,Arithmetic mean of ungrouped data. | 41 mins | |

| 02 | Question related to AM of ungrouped data,Arithmetic mean of ungrouped data | 44 mins | |

| 03 | Median,Properties of mean | 41 mins | |

| 04 | mode,relation between mean | 39 mins | |

25 Surds and Exponents |

| 01 | Definition, rationalization of surds | 64 mins | |

26 Surface Area and Volume |

| 01 | Area & valume of circle | 48 mins | |

| 02 | CSA ,TSA & valume of cuboid & cylinder | 44 mins | |

| 03 | Hollow cylinder, cone | 63 mins | |

| 04 | Sphere & hemisphere | 50 mins | |

| 05 | frustum of a cone | 58 mins | |

| 06 | questions | 40 mins | |

| 07 | questions | 58 mins | |

| 08 | questions | 3 mins | |

27 Trignometry |

| 01 | introduction and trignometric ratio | 47 mins | |

| 02 | trignometry ratio of some specific angle | 42 mins | |

| 03 | complementory angle | 32 mins | |

| 04 | identities | 39 mins | |

| 05 | question related to identities | 39 mins | |

Ritu Bhardwaj4out of 5good course worth the money

Zaid3out of 5The lecturer well explain

Diwakar4out of 5very nice lecture for class 9 th CBSE

3out of 5This course is very much usefull

Sunita4out of 5Thanks sir best course for class 9 cbse

Mdnasim3out of 5nice online coaching

Pramod4out of 5This is surprisingly accessible and engaging!

Lavish Saxena4out of 5Clear explanation with relevant hands-on examples.

Vibha4out of 5very good lecture style nice course for 9 class

Sachin Rana4out of 5This course was very interesting