Cbse class 9 syllabus - Latest syllabus according to CBSE Board India

1. CBSE class 9th syllabus Takshila Learning is associated with 'Skill India' to provide the best courses to our students. It provides the audio,video contents for the students and better solutions with the help of illustrations and audio visuals so that the student can understand concepts of every subjects in a better way. We provide full CBSE class 9th syllabus and Every chapters is explained in details that makes the students easier and conceptacle. Our all subject's syllabus are available on Takshilla Learning site. Biology: Structure of Onion peel and Cork cells, Number and size of cells, Shape of cells, Animal cell, Eukaryotic cell, Role of components of a cell membrane, Cell structure (Plant cell),Nucleus and lysosomes, Structure of Mitochondria, Plant tissue system, Plant tissues (Meristematic tissues Epithelial tissue, Connective tissues Areolar connective tissues, Structure of neuron, Cells to organism, Waste disposal (Vermicomposting),Detection of starch, Chemical analysis of Adulterants, Preparation of temporary mount of an onion peel, Preparation of temporary mount of cheek cells, Spirogyra, Agaricus (Mushroom), Funaria (Moss),Fern, Angiosperms Bony Fish, Algae and diatoms, Euglena, Yeast and fungi, Parasitic nutrition in fungus, Types of Fungi, The plant, Gymnosperms, Hydra and sponges,

2. Worms, General characteristics of insects, Starfish and snail, Fish, Harmful micro-organisms, Diarrhoea, AIDS, Chickenpox, Viruses, Bacteria and Virus, Effect of Antibiotics, Air Masses, Air pollution, Magic of Water, Water cycle, Carbon cycle, Ozone layer Physics: Kinetic Theory of Matter-1 (SOLID),Crystalline and Amorphous Solids, Kinetic Theory of Matter-2 (Liquids),Acceleration, Equations of Motion (Using Graph),Distance and Displacement, Balanced Forces, Newton's First Law of Motion, Inertia, Momentum and Newton's Second Law of Motion, Newton's Third Law of Motion, Conservation of Linear Momentum, Third Law of Motion using Two Spring, Balances, Gravitation, Centripetal Force, Satellites in Orbits, Kepler's First Law of Planetary Motion, Kepler’s Second Law of Planetary Motion, Kepler's Third Law of Planetary Motion, Freely Falling Body, Variation of Gravitational Acceleration with, Altitude, Mass and Weight, To study the reflection of sound, Determining Density of a Solid, Archimedes' Principle: The Experiment, Pressure Exerted by a Solid, Speed of a pulse along the string, Thomson's Atomic Model, Rutherford's Atomic Model, Buoyancy, Archimedes' Principle, Density (Part-1),Density (Part-2),Motion of a Block on an Inclined Plane, Work Done by a Constant Force, Transformation of Energy, Kinetic Energy, Conservation of Energy, Electric Power Sound, The Propagation of Sound Waves through Air, Propagation of Sound Waves through Different Media Waves, Longitudinal and Transverse Waves Speed of Sound, Infrasonics and Ultrasonics, SONAR Chemistry: States Of Matter, States of Matter(Part-II),Diffusion, Maelting and Boiling Point of Water, Effect of Temperature on the Liquid State of Matter, Sublimation, Factors Affecting Pressure of the Gas, Effect of Pressure on the Gaseous State of Matter, Elements and their Symbols, Physical and Chemical Changes, Separation of Soluble Components from a Mixture, Effect of Pressure on the Gaseous State of Matter, Elements and their Symbols, Physical and Chemical Changes, The Mole Concept, Atomic Mass and Molecular Mass and Formula Unit Mass, Electronic Configuration of Noble Gases, Noble Gases, Valency, Layers of the Earth's Atmosphere, Temperature of Air, Effect of Temperature on the Solubility of, Gases and Thermal Pollution Mathematics: Fractions to Decimals and Decimals to Fractions, Representation of a Decimal Number on the Number Line, Irrational Number on the Number Line, Irrational Numbers: Geometrical Representation, Monomial, Binomial and Trinomial, Degree of a Polynomial,(a + b)²,(a - b)², a² - b²,(a + b)³,(a + b + c)²,Cartesian Coordinate System, Lines and Angles, Angle Bisector Theorem, Construction Parallel lines(Using,

3. Corresponding Angle Property),Triangle Angle-Sum Theorem (Illustration),Angles in a Polygon, Exterior Angles of a Polygon, Exterior Angle Theorem, Application of ASA Criterion Criteria for Congruence of Triangles, Properties of Isosceles Triangle, Application of SSS and SAS Criteria for Congruence of Triangles, Congruent Triangles RHS Criterion, Application of RHS Criterion for Congruence, Difference of two cubes, Linear Equations in Two Variables: Graphical Representation, Types of Quadrilaterals, Cyclic Quadrilateral and its Properties, Property of the Diagonals of a Rhombus, Angle Subtended by a Chord at the Centre, Arcs and Angles: Central Angle Theorem, Constructions: Congruent Angle and An, Angles of Measure 60° and 120°,Construction: Angle Bisector and an Angle of 30°,Construction of a triangle(Given its base angle and sum of other two sides),Construction of a Triangle (Given: Base, Vertical Angle and the Corresponding Altitude),Construction of a Triangle (Given: Base, Vertical Angle and the Corresponding Median),Construction of a Triangle (Given: Base Angles and Perimeter),Construction of a Triangle of Area Equal to the Area of a Given Quadrilateral, Construction: Right Angled Triangle Construction : Circumcircle, Construction: Incircle, Construction : Equilateral Triangle, Surface Area of a Cone, Surface Area of a Right Prism, Surface Area of a Pyramid, Surface Area of a Sphere, Volume ,Volume of a Cylinder, Volume of a Cone, Introduction to a Prism, Volume of a Prism, Introduction to Pyramid, Volume of a Pyramid, Tally Marks, Reading a Bar Graph, Introduction to Probability, Introduction to Experimental Probability, Centroid Theorem, Figures on the same base and between the same parallels.