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Intro, Activities (1.1-1.3) |
1.1 Chemical equations |
1.1.1 Writing a Chemical Equation |
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1.1.2 Balancing of chemical reaction , Intext questions |
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1.2 TYPES OF CHEMICAL REACTION |
1.2.1 Combination Reaction |
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1.2.2 Decomposition Reaction , Intext questions |
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1.2.3 Displacement Reaction |
1.2.4 Double Displacement Reaction |
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1.2.5 Oxidation and Reduction |
1.3.1 Corrosion |
1.3.2 Rancidity , Intext questions |
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Textbook Exercise |
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Intro , Intext questions |
2.1.1 Acids and Bases in the Laboratory |
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2.1.2 How do Acids and Bases React with Metals? |
2.1.3 How do Metal Carbonates and Metal |
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Hydrogencarbonates React with Acids? |
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2.1.4 How do Acids and Bases React with each other? |
2.1.5 Reaction of Metallic Oxides with Acids |
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2.1.6 Reaction of a Non-metallic Oxide with Base , Intext questions |
2.2 WHAT DO ALL ACIDS AND ALL BASES HAVE IN COMMON? |
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2.2.1 What Happens to an Acid or a Base in a Water Solution? , Intext questions |
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2.3 HOW STRONG ARE ACID OR BASE SOLUTIONS? |
2.3.1 Importance of pH in Everyday Life |
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2.3.1 Importance of pH in Everyday Life , Intext questions |
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2.4.1 Family of Salts |
2.4.2 pH of Salts |
2.4.3 Chemicals from Common Salt |
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2.4.3 Chemicals from Common Salt ( Washing soda) |
2.4.4 Are the Crystals of Salts really Dry? , Intext questions |
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Textbook Exercise |
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Intro |
3.1.1 Metals |
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3.1.2 Non-metals , Intext questions |
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3.2 CHEMICAL PROPERTIES OF METALS |
3.2.1 What happens when Metals are burnt in Air? |
3.2.2 What happens when Metals react with Water? |
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3.2.3 What happens when Metals react with Acids? |
3.2.4 How do Metals react with Solutions of other Metal Salts |
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3.2.5 The Reactivity Series , Intext questions |
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3.3 HOW DO METALS AND NON-METALS REACT? |
3.3.1 Properties of Ionic Compounds |
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Intext questions |
3.4.1 Extraction of Metals |
3.4.2 Enrichment of Ores |
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3.4.3 Extracting Metals Low in the Activity Series |
3.4.4 Extracting Metals in the Middle of the Activity Series |
3.4.5 Extracting Metals towards the Top of the |
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Activity Series |
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3.4.6 Refining of Metals , Intext questions |
3.5 CORROSION |
3.5.1 Prevention of Corrosion , Intext questions |
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Textbook Exercise |
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| S10 - 28 |
Intro |
4.1 BONDING IN CARBON – THE COVALENT BOND |
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Allotropes of carbon , Intext questions |
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4.2 Versatile nature of carbon |
4.2.1 Saturated and Unsaturated Carbon Compounds |
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4.2.2 Chains, Branches and Rings |
4.2.3 Will you be my Friend? |
4.2.4 Homologous Series |
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4.2.5 Nomenclature of Carbon Compounds , Intext questions |
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4.3.1 Combustion |
4.3.2 Oxidation |
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4.3.3 Addition Reaction |
4.3.4 Substitution Reaction , Intext questions |
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4.4.1 Properties of Ethanol |
4.4.2 Properties of Ethanoic Acid |
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4.4.2 Properties of Ethanoic Acid (Reactions) , Intext questions |
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4.5 SOAPS AND DETERGENTS , Intext questions |
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Textbook Exercise |
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| Physics |
Subtopic |
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Intro |
9.1 REFLECTION OF LIGHT |
9.2 SPHERICAL MIRRORS |
9.2.1 Image Formation by Spherical Mirrors |
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9.2.2 Representation of Images Formed by Spherical Mirrors Using Ray Diagrams |
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9.2.2 Representation of Images Formed by Spherical Mirrors Using Ray Diagrams , Intext questions |
9.2.3 Sign Convention for Reflection by Spherical Mirrors |
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9.2.4 Mirror Formula and Magnification , Example 9.1 , Example 9.2 , Intext questions |
9.3 REFRACTION OF LIGHT |
9.3.1 Refraction through a Rectangular Glass Slab |
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9.3.2 The Refractive Index , Intext questions |
9.3.3 Refraction by Spherical Lenses , |
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9.3.4 Image Formation by Lenses |
9.3.5 Image Formation in Lenses Using Ray Diagrams |
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9.3.6 Sign Convention for Spherical Lenses |
9.3.7 Lens Formula and Magnification , Example 9.3 , Example 9.4 |
9.3.8 Power of a Lens , Intext questions |
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Textbook Exercise |
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Intro |
10.1 THE HUMAN EYE |
10.1.1 Power of Accommodation |
10.2 DEFECTS OF VISION AND THEIR CORRECTION , Intext questions |
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10.3 REFRACTION OF LIGHT THROUGH A PRISM |
10.4 DISPERSION OF WHITE LIGHT BY A GLASS PRISM ,10.5 ATMOSPHERIC REFRACTION |
10.6 SCATTERING OF LIGHT |
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Textbook Exercise |
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| S10 - 50 |
Intro |
11.1 ELECTRIC CURRENT AND CIRCUIT , Example 11.1 , Intext questions |
11.2 ELECTRIC POTENTIAL AND POTENTIAL DIFFERENCE , Example 11.2 , Intext questions |
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11.3 CIRCUIT DIAGRAM |
11.4 OHM’S LAW |
11.5 FACTORS ON WHICH THE RESISTANCE OF A CONDUCTOR DEPENDS |
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Example 11.3 , Example 11.4 , Example 11.5 , Example 11.6 |
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, Intext questions |
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11.6 RESISTANCE OF A SYSTEM OF RESISTORS |
11.6.1 Resistors in Series , Example 11.7 , Intext questions |
11.6.2 Resistors in Parallel , Example 11.8 , Example 11.9 , Intext questions |
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11.7 HEATING EFFECT OF ELECTRIC CURRENT , Example 11.10 , Example 11.11 , Intext questions |
11.8 ELECTRIC POWER |
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Textbook Exercise |
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| S10 - 56 |
Intro |
12.1 MAGNETIC FIELD AND FIELD LINES , Intext questions |
12.2 MAGNETIC FIELD DUE TO A CURRENT-CARRYING CONDUCTOR |
12.2.1 Magnetic Field due to a Current through a Straight Conductor |
12.2.2 Right-Hand Thumb Rule |
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Example 12.1 , Intext questions |
12.2.3 Magnetic Field due to a Current through a Circular Loop |
12.2.4 Magnetic Field due to a Current in a Solenoid , Intext questions |
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12.3 FORCE ON A CURRENT-CARRYING CONDUCTOR IN A MAGNETIC FIELD , Example 12.2 , Intext questions |
12.4 DOMESTIC ELECTRIC CIRCUITS , Intext questions |
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Textbook Exercise |
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| Biology |
Subtopic |
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5.1 What are life processes |
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5.2 Nutrition |
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5.2 Nutrition |
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5.2 Nutrition |
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5.4 Respiration |
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5.4 Respiration |
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5.5 Transportation |
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5.5 Transportation |
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5.6 Excreation |
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NCERT Exercise |
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6.1 Animals nervous system |
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6.1 Animals nervous system |
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6.2 Coordination in Plants |
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6.2 Coordination in Plants |
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6.2 Coordination in Plants |
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6.3 Hormones in Animals |
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NCERT Exercise |
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7.1Do organism create exact copies of themselves |
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7.2Modes of reproduction used by single organisms |
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7.3 Sexual reproduction |
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7.3.3 Reproduction in Human Beings |
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NCERT Exercise |
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8.1 Accumulation of Variation |
8.2 Heridity |
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during Reproduction |
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8.2 Heridity |
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8.2 Heridity |
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NCERT Exercise |
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13.1 Ecosystem what are its component |
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13.1 Ecosystem what are its component |
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13.2 How do our activities affect our environment |
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NCERT Exercise |
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BETA
