Course Curriculum
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Matter In Our Surroundings
- What Is Matter, Characteristics Of Matter, Physical Properties Of Matter
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Characteristics Of Particles Of Matter
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Matter In Our Surroundings – Worksheet : 01
- States of Matter
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Matter In Our Surroundings – Worksheet : 02
- Effect of Change of Temperature
- Effect of change of pressure & Interconversion of states of matter
- Evaporation and factors affecting evaporation
- How does evaporation cause cooling?
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Temperature conversions
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The Fundamental Unit of Life Cell
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Living Beings Made Up Of ?, Unicellular & Multi-cellular Organisms, Discovery Of Cell, Cell Theory, Instruments
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Cell Shape & Size, Prokaryotic and Eukaryotic Cell Difference
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Structural Organization of Cell, Plasma Membrane, Active & Passive Transport, Diffusion, Osmosis, Endocytosis & Exocytosis
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Cell Wall, Nucleus, Structure of Chromosome, Cytoplasm
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Cellular Organelles
- Cell Organelles, Plant Cell & Animal Cell
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The Fundamental Unit of Life Cell : DPP – 01
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The Fundamental Unit of Life Cell: MCQ (Q1-Q10)
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The Fundamental Unit of Life Cell: MCQ (Q11-Q20)
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The Fundamental Unit of Life Cell: MCQ (Q21-Q29)
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Motion
- Introduction
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Velocity and Speed
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Discussion: In Class Exercise – 01 (Part – 01)
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Discussion: In Class Exercise – 01 (Part – 02)
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Worksheet: Home Assignments (01 – 04)
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Types of Motion
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Equations of Motion
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Discussion: In Class Exercise – 02
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Graphs
- Equations of Motion by Graphical Method
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Discussion: In class Exercise – 03
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Worksheet: Home Assignments (03)
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Circular Motion
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Motion revision (I)
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Motion revision (II)
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Motion Revision (III)
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Revision – Practice questions on average speed and average velocity
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Revision – Practice questions on Equations of motion
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Tissue
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Tissue Introduction
- Meristematic tissue
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Permanent tissue (part-1) – Parenchyma
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Permanent tissue (part-2)
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Permanent tissue- Epidermis
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Permanent tissue-Complex tissue
- Animal Tissue- Muscular Tissue
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Animal Tissue- Epithelial Tissue
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Animal Tissue- Nervous Tissue
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Connective Tissue Introduction
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Areolar, Dense Regular and Adipose Connective Tissue
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Skeletal and Fluid Connective Tissue( Part-1)
- Skeletal and Fluid Connective Tissue( Part-2)
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Tissue DPP ( Subjective)
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Tissue Ncert Excercise (Q1-Q8)
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Tissue Ncert Excercise (Q9-Q15)
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Exemplar (MCQ 1 -15)
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Exemplar (MCQ Q16-Q33)
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Force and Laws of Motion
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Force – Introduction
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First Law Of Motion (Inertia)
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Momentum
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Practice Questions on Momentum
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Second Law of Motion
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Third Law of Motion
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Law of Conservation of Momentum
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Numerical Practice On Law of Conservation Of Momentum
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Is Matter Around us Pure
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Introduction to chapter & classification of matter
- Types of Mixtures, Examples & properties of solutions.
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Concentration of solutions
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In class Exercise questions on concentration of solutions.
- Suspensions and Colloids
- Separation technique: Evaporation
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Techniques of separation: By separating Funnel
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Separation technique: By sublimation
- Separation techinique: Chromatography
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Separation technique: Distillation
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Separation technique: Centrifugation
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Separation technique: Distillation
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Method of Separation- Crystallisation
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Method of Separation- Fractional Distillation
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Separation of Gaseous Components from Air
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Elements, compounds and mixtures
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Physical and chemical changes
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Gravitation
- Universal Law Of Gravitation
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Numerical Based On Universal Law Of Gravitation
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Gravitational Acceleration And Motion Under Gravity
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Numerical Practice On Motion Under Gravity
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Variation in Gravitational Acceleration.
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Kepler’s Law
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Deduction of inverse proportion law using keplers law
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Mass and Weight
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In Class Exercise – 1 (Part 1)
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In Class Exercise – 1 (Part 2)
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In Class Exercise – 2 (MCQs)
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Atoms and Molecules
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Introduction to Atoms & Molecules
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ACTIVITY & NUMERICALS BASED ON LAW OF CONSERVATION OF MASS
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Law of constant Proportions
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Numericals based on law of constant proportions
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Dalton’s Atomic Theory
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Dalton’s Atomic Theory Part-2
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What are Atoms?
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Symbols of Elements
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Atomic masses of Elements
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How do atoms exist?
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Molecules of Elements and Molecules of Compounds
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What are ions, valencies and chemical formulas?
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Chemical Formula of Compounds
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Molecular mass and formula unit mass
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Mole concept & Numericals based on mole concept
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Why do we fall ill?
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Why do we fall ill? – Introduction
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Sources Of Diseases
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Personal and Community hygiene both matters for Health
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Symptoms And Sign
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Infectious Agent
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Means of spread of infectious disease
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Organ Specific and Tissue Specific Manifestation
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Principle of Treatment
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Principles of Prevention of Diseases
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Vaccination
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Peptic Ulcer
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Exercise I
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Exercise II
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DPP
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Work Power and energy
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Work
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Energy
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Law of Conservation of Energy
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Practice Questions on work
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Practice Questions on Energy
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Miscellaneous Practice Questions on work and energy
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A swinging simple pendulum is an example of conservation of energy
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Power
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Structure of Atoms
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Thomson’s model of Atom
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Rutherford model of Atom
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Bohr’s model of Atom
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Valence Electrons and Valency
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Atomic mass, Isotopes and Isobars
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States of Matter
This is the third video in series of class IX matter in our surroundings, discussing about the various states of matter, characteristics of each state of matter.
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