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~Course Details~
TENTH STANDARD
The Course contains fully animated syllabus of CBSE Board Class 10
COURSE DESCRIPTION
The course contains teachings of subject matter experts and master teachers who have covered all aspects of the subject in great details thereby simplifying concepts to ensure a better understanding & learning outcome. This supported by clips & story board ensures student engagement with an effective learning outcome & better knowledge retention. The content also incorporates interactive assessment modules which provides students with a tool to revise & to assess their understanding of the subject & concepts. Structured on Houghton Mifflin standards with pedagogy based high impact animated content with graphics, illustrations & videos. In this course you can learn Science subject with topics Acids Bases and Salts, Carbon and its components, Chemical Reactions and Equations, Control and Coordination-I, Control and Coordination-II, Electricity, Heredity and Evolution-I, Heredity and Evolution-II and many more. And Math subject with topics Areas Related to Circles, Arithmetic Progression, Circles, Pair of Linear Equations in Two Variables, Polynomials, Probability and many more.
CURRICULUM
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Subject 1: Mathematics
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Chapter 1.1: Areas Related to Circles
- 1.1.1: Introduction
- 1.1.2: Objectives
- 1.1.3: Perimeter and Area of a circle-A review
- 1.1.4: Example of Perimeter and Area of a circle
- 1.1.5: Example of Perimeter and Area of a circle
- 1.1.6: Example of Perimeter and Area of a circle
- 1.1.7: Area of Sector of a circle
- 1.1.8: Area of Segment of a circle
- 1.1.9: Examples of Areas of Sector and Segment of a circle
- 1.1.10: Examples of Areas of Sector and Segment of a circle
- 1.1.11: Examples of Areas of Sector and Segment of a circle
- 1.1.12: Areas of Combinations of Plane Figures
- 1.1.13: Example
- 1.1.14: Areas of Combinations of Plane Figures
- 1.1.15: Summary
- 1.1.16: mcq_1.1
- Chapter 1.2: Arithmetic Progression
- Chapter 1.3: Circles
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Chapter 1.4: Constructions
- 1.4.1: Introduction
- 1.4.2: Objectives
- 1.4.3: Line Segment
- 1.4.4: Dividing a Line Segment
- 1.4.5: Construction I
- 1.4.6: Construction of a Triangle
- 1.4.7: Example
- 1.4.8: Example II
- 1.4.9: Tangent to circle
- 1.4.10: Construction of Tangent to circle
- 1.4.11: Construction of Tangent to circle
- 1.4.12: Summary
- 1.4.13: mcq_1.4
- Chapter 1.5: Coordinate Geometry
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Chapter 1.6: Pair of Linear Equations in Two Variables
- 1.6.1: Introduction
- 1.6.2: Objectives
- 1.6.3: Pair of Linear Equations in Two Variables
- 1.6.4: Graphical Method I
- 1.6.5: Graphical Method II
- 1.6.6: Example
- 1.6.7: Algebric Methods of Solving a pair of Linear Equation
- 1.6.8: Substitution method
- 1.6.9: Elimination method
- 1.6.10: Cross multiplication method
- 1.6.11: Example of Cross multiplication method
- 1.6.12: Equations Reducible to a pair of linear equations in two variables
- 1.6.13: Summary
- 1.6.14: Summary
- 1.6.15: Summary
- 1.6.16: mcq_1.6
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Chapter 1.7: Polynomials
- 1.7.1: Introduction
- 1.7.2: Objectives
- 1.7.3: Definitions
- 1.7.4: Geometrical Meaning of the Zeroes of a Polynomial
- 1.7.5: Geometrical Meaning of the Zeroes of a Polynomial II
- 1.7.6: Geometrical Meaning of the Zeroes of a Cubic Polynomial
- 1.7.7: Relation between Zeroes and Coefficients of a Polynomial
- 1.7.8: Example
- 1.7.9: Summary
- 1.7.10: Summary
- 1.7.11: mcq_1.7
- Chapter 1.8: Probability
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Chapter 1.9: Quadratic Equations
- 1.9.1: Introduction
- 1.9.2: Objectives
- 1.9.3: Quadratic Equations
- 1.9.4: Example of Quadratic Equations
- 1.9.5: Roots of Quadratic Equation
- 1.9.6: Solution of a Quadratic Equation by Factorization
- 1.9.7: Example
- 1.9.8: Example
- 1.9.9: Solution of Quadratic Equation by completing the square
- 1.9.10: Example
- 1.9.11: Nature of Roots
- 1.9.12: Example
- 1.9.13: Summary
- 1.9.14: Summary
- 1.9.15: mcq_1.9
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Chapter 1.10: Real Numbers-I
- 1.10.1: Introduction
- 1.10.2: Objectives
- 1.10.3: Euclid's Division Lemma
- 1.10.4: How to obtain HCF?
- 1.10.5: Example of HCF calculation
- 1.10.6: Example of Euclid's Theorem
- 1.10.7: The Fundamental Theorem of Arithmetic
- 1.10.8: Relationship between LCM and HCF
- 1.10.9: Example
- 1.10.10: Example of Fundamental Theorem of Arithmetic
- 1.10.11: mcq_1.10
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Chapter 1.11: Real Numbers-II
- 1.11.1: Introduction
- 1.11.2: Objectives
- 1.11.3: Revisiting Irrational Numbers
- 1.11.4: Theorem related to Irrational Numbers
- 1.11.5: Theorem
- 1.11.6: Example
- 1.11.7: Example
- 1.11.8: Revisiting Rational Numbers and their decimal expansion
- 1.11.9: Theorem related to Rational Numbers and their decimal expansion
- 1.11.10: Theorem
- 1.11.11: Theorem
- 1.11.12: Summary
- 1.11.13: mcq_1.11
- Chapter 1.12: Some Application of Trigonometry
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Chapter 1.13: Statistics
- 1.13.1: Introduction
- 1.13.2: Objectives
- 1.13.3: Mean of grouped data
- 1.13.4: Example
- 1.13.5: Example
- 1.13.6: Mean of grouped data
- 1.13.7: Mean of grouped data
- 1.13.8: Example
- 1.13.9: Mode of grouped data
- 1.13.10: Example
- 1.13.11: Cumulative Frequency
- 1.13.12: Median of grouped data
- 1.13.13: Example
- 1.13.14: Example
- 1.13.15: Example
- 1.13.16: Example
- 1.13.17: Graphical Representation of Cumulative Frequency Distribution
- 1.13.18: Example
- 1.13.19: Summary
- 1.13.20: Summary
- 1.13.21: Summary
- 1.13.22: Summary
- 1.13.23: mcq_1.13
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Chapter 1.14: Surface Areas and Volumes
- 1.14.1: Introduction
- 1.14.2: Objectives
- 1.14.3: Combination of Solids
- 1.14.4: Surface Area of a combination of solids
- 1.14.5: Example
- 1.14.6: Example
- 1.14.7: Volume of a combination of solids
- 1.14.8: Example
- 1.14.9: Conversion of solid from one shape to another
- 1.14.10: Example
- 1.14.11: Frustum of a cone
- 1.14.12: Example
- 1.14.13: Summary
- 1.14.14: Summary
- 1.14.15: mcq_1.13
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Chapter 1.15: Triangles-I
- 1.15.1: Introduction
- 1.15.2: Objectives
- 1.15.3: Similar Figures
- 1.15.4: Similar Figures II
- 1.15.5: Example
- 1.15.6: Similarity of Triangles
- 1.15.7: Basic Proportionality Theorem
- 1.15.8: Example of Similarity of Triangles
- 1.15.9: Example of Similarity of Triangles
- 1.15.10: Criteria for Similarity of Triangles
- 1.15.11: Criteria for Similarity of Triangles II
- 1.15.12: Example
- 1.15.13: Example
- 1.15.14: Example
- 1.15.15: Summary
- 1.15.16: mcq_1.15
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Chapter 1.16: Triangles-II
- 1.16.1: Introduction
- 1.16.2: Objectives
- 1.16.3: Areas of Similar Triangles
- 1.16.4: Example of Areas of Similar Triangles
- 1.16.5: Example of Areas of Similar Triangles
- 1.16.6: Example of Areas of Similar Triangles
- 1.16.7: Pythagoras Theorem
- 1.16.8: Pythagoras Theorem
- 1.16.9: Converse of Pythagoras Theorem
- 1.16.10: Example of Pythagoras Theorem
- 1.16.11: Example of Pythagoras Theorem
- 1.16.12: Example
- 1.16.13: Example of Pythagoras Theorem
- 1.16.14: Summary
- 1.16.15: mcq_1.16
- Chapter 1.17: Trigonometric Identities
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Chapter 1.18: Trigonometric Ratios
- 1.18.1: Introduction
- 1.18.2: Objectives
- 1.18.3: Rrigins of Trigonometry
- 1.18.4: Trigonometric Ratio
- 1.18.5: Trigonometric Ratio of Specific Angles
- 1.18.6: Trigonometric Ratio of 30
- 1.18.7: Trigonometric Ratio of 30
- 1.18.8: Trigonometric Ratio of 45
- 1.18.9: Trigonometric Ratio of 0
- 1.18.10: Trigonometric Ratio of 90
- 1.18.11: Trigonometric Ratio of Complementary Angles
- 1.18.12: Summary
- 1.18.13: mcq_1.18
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Chapter 1.1: Areas Related to Circles
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Subject 2: Science
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Chapter 2.1: Acids,Bases and Salts
- 2.1.1: Introduction
- 2.1.2: Objectives
- 2.1.3: The Chemical Properties of Acids and Bases
- 2.1.4: Olfactory Indicators
- 2.1.5: Reactions of Acids and Bases
- 2.1.6: Reactions of Metallic and Non-Metallic
- 2.1.7: Reaction with Water
- 2.1.8: Strength of Acids and Bases
- 2.1.9: Importance of pH in everyday life
- 2.1.10: Family of salts
- 2.1.11: pH of Salts
- 2.1.12: Chemicals from common salts
- 2.1.13: Summary
- 2.1.14: Summary
- 2.1.15: MCQ_1
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Chapter 2.2: Carbon and its components
- 2.2.1: Introduction
- 2.2.2: Objectives
- 2.2.3: Bonding in carbon:The Covalent Bond
- 2.2.4: Versatile Nature of carbon
- 2.2.5: Saturated and Unsaturated carbon compounds
- 2.2.6: Chanins,Branches and Rings
- 2.2.7: carbon:A friend in disguise
- 2.2.8: Homologous Series
- 2.2.9: Nomenclature of Carbon Compounds
- 2.2.10: Chemical Properties of carbon compounds
- 2.2.11: Ethnol and Ethanoic Acid
- 2.2.12: Soaps and Detergents
- 2.2.13: Summary
- 2.2.14: MCQ_2
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Chapter 2.3: Chemical Reaction and Equations
- 2.3.1: Introduction
- 2.3.2: Objectives
- 2.3.3: Chemical Reactions
- 2.3.4: Writing a Chemical Equation
- 2.3.5: Writing a Chemical Equation
- 2.3.6: Balancing the Equation
- 2.3.7: Balancing the Equation
- 2.3.8: Different types of Chemical Reactions
- 2.3.9: Combination Reactions
- 2.3.10: Combination Reactions
- 2.3.11: Decomposition Reactions
- 2.3.12: Decomposition Reactions
- 2.3.13: Displacement Reactions
- 2.3.14: Displacement Reactions
- 2.3.15: Double Displacement Reactions
- 2.3.16: Redox Reactions
- 2.3.17: Corrosion
- 2.3.18: Rancidity
- 2.3.19: Rancidity
- 2.3.20: Summary
- 2.3.21: MCQ_3
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Chapter 2.4: Control and Coordination-I
- 2.4.1: Introduction
- 2.4.2: Objectives
- 2.4.3: Objectives
- 2.4.4: Stimulus
- 2.4.5: Coordination in Animals
- 2.4.6: Nervous Coordination in Lower Animals
- 2.4.7: Nervous Coordination in Higher Animals
- 2.4.8: Nervous System of Man
- 2.4.9: Nuron
- 2.4.10: Cyton
- 2.4.11: Dendrites
- 2.4.12: Axon
- 2.4.13: Types of Neurons
- 2.4.14: Functions of Neurons
- 2.4.15: Human Brain
- 2.4.16: Parts of Brain
- 2.4.17: Spinal Cord
- 2.4.18: Peripheral Nervous System
- 2.4.19: Automatic Nervous System
- 2.4.20: Reflex Actions
- 2.4.21: Summary
- 2.4.22: MCQ_4
- Chapter 2.5: Control and Coordination-II
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Chapter 2.6: Electricity
- 2.6.1: Introduction
- 2.6.2: Objectives
- 2.6.3: Electric Current and Circuit
- 2.6.4: Electric Potential and Potential Difference
- 2.6.5: Circuit Diagram
- 2.6.6: Ohm,s Law
- 2.6.7: Factors on which the Resistance of a conductor depends
- 2.6.8: Resistance of a system of Resistors
- 2.6.9: Combination of Resistors
- 2.6.10: Heating effect of Electric Current
- 2.6.11: Practical Applications of Joule's Law
- 2.6.12: Electric Power
- 2.6.13: Summary
- 2.6.14: MCQ_6
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Chapter 2.7: Heredity and Evolution-I
- 2.7.1: Introduction
- 2.7.2: Objectives
- 2.7.3: Evolution
- 2.7.4: variation
- 2.7.5: Types of Variation
- 2.7.6: Source of Variation
- 2.7.7: Origin of Life
- 2.7.8: Acquired and Inherited Traits
- 2.7.9: Speciation
- 2.7.10: Evolution and classification
- 2.7.11: Tracing Evolutionary Relationship
- 2.7.12: Fossils
- 2.7.13: Evolution by stages
- 2.7.14: Difference between Evolution and Progress
- 2.7.15: Human Evolution
- 2.7.16: Summary
- 2.7.17: Summary
- 2.7.18: Summary
- 2.7.19: MCQ_7
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Chapter 2.8: Heredity and Evolution-II
- 2.8.1: Introduction
- 2.8.2: Objectives
- 2.8.3: The Accumulation of Variation During Reproduction
- 2.8.4: Inherited Traits
- 2.8.5: Activity
- 2.8.6: Rules for the Inheritance of Traits Mendel's Contribution
- 2.8.7: Law of Dominance
- 2.8.8: Law of Segregation
- 2.8.9: Activity
- 2.8.10: Law of Independent Assortment
- 2.8.11: How these Traits get expressed?
- 2.8.12: Sex determination
- 2.8.13: Summary
- 2.8.14: Summary
- 2.8.15: MCQ_8
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Chapter 2.9: How Do Organisms Reproduce-I
- 2.9.1: Introduction
- 2.9.2: Objectives
- 2.9.3: Exact copies of Organisms
- 2.9.4: Importance of Variation
- 2.9.5: Types of Reproduction:Asexual Reproduction
- 2.9.6: Fission
- 2.9.7: Buding
- 2.9.8: Spore Formation
- 2.9.9: Regeneration
- 2.9.10: Fragmentation
- 2.9.11: Vegetative Reproduction
- 2.9.12: Natural Vegetative Propagation
- 2.9.13: Artificial Vegetative Propagation
- 2.9.14: Cutting
- 2.9.15: Layering
- 2.9.16: Grafting
- 2.9.17: Budding
- 2.9.18: Tissue Culture
- 2.9.19: Advantages and Disadvantage of Vegetative Propagation
- 2.9.20: Summary
- 2.9.21: Summary
- 2.9.22: Summary
- 2.9.23: MCQ_9
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Chapter 2.10: How Do Organisms Reproduce-II
- 2.10.1: Introduction
- 2.10.2: Objectives
- 2.10.3: Objectives
- 2.10.4: Significance of Sexual mode of Reproduction
- 2.10.5: Sexual Reproduction in Flowering Plants
- 2.10.6: The Flower
- 2.10.7: Seeds
- 2.10.8: Unisexual Flowers
- 2.10.9: Bisexual Flowers
- 2.10.10: Neuter Flower
- 2.10.11: Monoecious and Dioecious Plants
- 2.10.12: Functions of Flower
- 2.10.13: Inflorescence
- 2.10.14: Pollination
- 2.10.15: Fertilization
- 2.10.16: Ovule
- 2.10.17: Syngamy
- 2.10.18: Triple Fusion
- 2.10.19: Double Fertilization
- 2.10.20: Summary
- 2.10.21: MCQ_10
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Chapter 2.11: How Do Organisms Reproduce-III
- 2.11.1: Introduction
- 2.11.2: Objectives
- 2.11.3: Sexual Reproduction in Human Beings
- 2.11.4: Puberty or Sexual Maturity
- 2.11.5: Changes at Sexual Maturity
- 2.11.6: Male Reproductive system
- 2.11.7: Testes
- 2.11.8: Epididymis
- 2.11.9: Vas Deferens
- 2.11.10: Urethra
- 2.11.11: Penis
- 2.11.12: Male Reproductive Glands
- 2.11.13: Ovaries
- 2.11.14: Fallopian Tubes
- 2.11.15: Uterus
- 2.11.16: Vagina
- 2.11.17: Process of Sexual Reproduction in Human Beings
- 2.11.18: Mensuration
- 2.11.19: Summary
- 2.11.20: Summary
- 2.11.21: MCQ_11
- Chapter 2.12: How Do Organisms Reproduce-IV
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Chapter 2.13: Human Eye and Colorful World
- 2.13.1: Introduction
- 2.13.2: Objectives
- 2.13.3: Scattering of light & its Applications
- 2.13.4: Power of Accommodation
- 2.13.5: Defects of Vision and their correction
- 2.13.6: Hypermetropia and its correction
- 2.13.7: Presbyopia and its correction
- 2.13.8: Refraction of light a prism
- 2.13.9: Dispersion of white light by Glass Prism
- 2.13.10: Recombination & Rainbow
- 2.13.11: Atmospheric Refraction & its Applications
- 2.13.12: Atmospheric Refraction & its Applications
- 2.13.13: Scattering of light & its Applications
- 2.13.14: Scattering of light & its Applications
- 2.13.15: Summary
- 2.13.16: Summary
- 2.13.17: MCQ_13
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Chapter 2.14: Life Processes-Excretion-V
- 2.14.1: Introduction
- 2.14.2: Objectives
- 2.14.3: Objectives
- 2.14.4: Excretion in Human Beings
- 2.14.5: Excretion by Skin
- 2.14.6: Excretion by Large Numbers
- 2.14.7: Urinary System
- 2.14.8: Kidneys
- 2.14.9: Nephrons
- 2.14.10: Ureters
- 2.14.11: Urinary Bladder
- 2.14.12: Bowman's Capsule
- 2.14.13: Nephric Tubules
- 2.14.14: Formation of Urine
- 2.14.15: Artificial Kidney(Hemodialysis)
- 2.14.16: Excretion in Plants
- 2.14.17: Summary
- 2.14.18: MCQ_14
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Chapter 2.15: Life Processes-I
- 2.15.1: Introduction
- 2.15.2: Objectives
- 2.15.3: Objectives
- 2.15.4: Types of Life Process
- 2.15.5: Nutrition
- 2.15.6: Modes of Nutrition
- 2.15.7: Autotrophic Nutrition
- 2.15.8: Heterotrophic Nutrition
- 2.15.9: Types of Heterotrophic Nutrition
- 2.15.10: Photosynthesis
- 2.15.11: Intake of Carbon dioxide
- 2.15.12: Intake of Water
- 2.15.13: Significance of Photosynthesis
- 2.15.14: Summary
- 2.15.15: Summary
- 2.15.16: MCQ_15
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Chapter 2.16: Life Processes-II
- 2.16.1: Introduction
- 2.16.2: Objectives
- 2.16.3: Objectives
- 2.16.4: Types of Animals
- 2.16.5: Holozoic Nutrition
- 2.16.6: Nutrition in Human Beings
- 2.16.7: Mouth
- 2.16.8: Buccal cavity
- 2.16.9: Pharynx
- 2.16.10: Oesophagus
- 2.16.11: Small Intestine
- 2.16.12: Large Intestine
- 2.16.13: Anus
- 2.16.14: The Digestive Glands
- 2.16.15: Salivary Glands
- 2.16.16: Gastric Glands
- 2.16.17: Liver
- 2.16.18: Pancreas
- 2.16.19: Intestinal Glands
- 2.16.20: Enzymes Working in Digestive System of Man
- 2.16.21: Dental Caries
- 2.16.22: Summary
- 2.16.23: Summary
- 2.16.24: MCQ_16
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Chapter 2.17: Life Processes-Transportation-III
- 2.17.1: Introduction
- 2.17.2: Objectives
- 2.17.3: Types of Respiration
- 2.17.4: Anaerobic Respiration
- 2.17.5: Aerobic Respiration
- 2.17.6: External Respiration
- 2.17.7: Internal Respiration
- 2.17.8: Cellular Respiration
- 2.17.9: Exchange of Gases in Lower Animals
- 2.17.10: Exchange of Gases in Higher Animals
- 2.17.11: Human Respiratory System
- 2.17.12: Nostrillls
- 2.17.13: Nasal Cavity
- 2.17.14: Larynx
- 2.17.15: Trachea
- 2.17.16: Bronchi
- 2.17.17: Bronchiote
- 2.17.18: Alveoli
- 2.17.19: Lungs
- 2.17.20: Diaphragm
- 2.17.21: Respiratory and Pulmonary Volumens and Capacities
- 2.17.22: Transport of Gases in Blood
- 2.17.23: Respiratory Quotient(RQ)
- 2.17.24: Summary
- 2.17.25: Summary
- 2.17.26: MCQ_17
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Chapter 2.18: Life Processes-Transportation-IV
- 2.18.1: Introduction
- 2.18.2: Objectives
- 2.18.3: Mechanisms for movement of Molecules
- 2.18.4: Transport of Materials in Human Beings
- 2.18.5: Human Heart-Structure
- 2.18.6: Functions of Human Heart
- 2.18.7: Blood
- 2.18.8: White Blood Cells(WBC or Leucocytes)
- 2.18.9: Blood Platelets(Thrombocytes)
- 2.18.10: Functions of Blood
- 2.18.11: Lymph
- 2.18.12: Blood Pressure
- 2.18.13: Disorder related to Circulatory System
- 2.18.14: Transport of Materials in Plants
- 2.18.15: Transport of Water
- 2.18.16: Transport of Food and Other
- 2.18.17: Activity
- 2.18.18: Summary
- 2.18.19: MCQ_18
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Chapter 2.19: Light Reflection and Refraction-I
- 2.19.1: Introduction
- 2.19.2: Objectives
- 2.19.3: Light and Sources
- 2.19.4: Nature of Light
- 2.19.5: Reflection of Light
- 2.19.6: Reflection from Plane Surfaces
- 2.19.7: Lateral Inversion
- 2.19.8: Characteristics of an image formed by a plane mirror
- 2.19.9: Uses of plane mirror
- 2.19.10: Uses of plane mirror
- 2.19.11: Laws of Reflection
- 2.19.12: Difference between Objects and Images
- 2.19.13: Difference between Real and Virtual Images
- 2.19.14: Summary
- 2.19.15: Summary
- 2.19.16: MCQ_19
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Chapter 2.20: Light Reflection and Refraction-II
- 2.20.1: Introduction
- 2.20.2: Objectives
- 2.20.3: Introduction of Curve Surface
- 2.20.4: Important terms to Understand Spherical mirror
- 2.20.5: Rules for obtaining images formed by Concave Mirror
- 2.20.6: Formation of different types of images by Concave Mirror
- 2.20.7: Uses of Concave Mirror
- 2.20.8: Rules for obtaining images formed by Convex Mirror
- 2.20.9: Formation of different types of images by Convex Mirror
- 2.20.10: Uses of Convex Mirror
- 2.20.11: Mirror formula and calculations
- 2.20.12: Refraction of Light
- 2.20.13: The Refractive Index
- 2.20.14: Laws of Refraction
- 2.20.15: Refraction through a Rectangular Glass Slab
- 2.20.16: Refraction by Spherical Lenses
- 2.20.17: Rules to draw Ray diagram for Spherical Lences
- 2.20.18: Formation of images by Convex Lens
- 2.20.19: Formation of images by Concave Lens
- 2.20.20: Sign Convention for Spherical Lenses
- 2.20.21: Magnification Produced by Lenses
- 2.20.22: Power of Lenses
- 2.20.23: Power of Combination of Lenses
- 2.20.24: Summary
- 2.20.25: Summary
- 2.20.26: MCQ_20
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Chapter 2.21: Magnetic Effects of Electric Current
- 2.21.1: Introduction
- 2.21.2: Objectives
- 2.21.3: Overview of Magnetic fields and field lines
- 2.21.4: Current carrying conductor
- 2.21.5: Magnetic Field:Current through a Straight conductor
- 2.21.6: Maxwell's Corkscrew Rule
- 2.21.7: Magnetic Field:Current through a Circular loop
- 2.21.8: Magnetic Field:Current in Solenoid
- 2.21.9: Force of Current carrying conductor
- 2.21.10: Fleming's Left Hand Rule
- 2.21.11: Electric Motor
- 2.21.12: Electromagnetic Induction
- 2.21.13: Electric Generator
- 2.21.14: Domestic Electric circuits
- 2.21.15: Summary
- 2.21.16: MCQ_21
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Chapter 2.22: Management of Natural Resources
- 2.22.1: Introduction
- 2.22.2: Objectives
- 2.22.3: Why should we manage our resources?
- 2.22.4: Forest and wildlife
- 2.22.5: Forest and wildlife
- 2.22.6: Forest and wildlife
- 2.22.7: Sustainable Management
- 2.22.8: Sustainable Management
- 2.22.9: Water
- 2.22.10: Water
- 2.22.11: Rainwater Harvesting
- 2.22.12: Rainwater Harvesting
- 2.22.13: Rainwater Harvesting
- 2.22.14: Rainwater Harvesting
- 2.22.15: Coal and Petroleum
- 2.22.16: Coal and Petroleum
- 2.22.17: Coal and Petroleum
- 2.22.18: 3R's-Reduce,Reuse and Recycle
- 2.22.19: Summary
- 2.22.20: Summary
- 2.22.21: MCQ_22
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Chapter 2.23: Metals and Non-metals
- 2.23.1: Introduction
- 2.23.2: Objectives
- 2.23.3: Physical Properties:Metals
- 2.23.4: Physical Properties:Non-Metals
- 2.23.5: Chemical Properties of Metals
- 2.23.6: The Reactivity Series
- 2.23.7: How do Metals and Non-Metals React?
- 2.23.8: Properties of Ionic Compounds
- 2.23.9: Occurrence of Metals:Extraction of Metals and Ores
- 2.23.10: Extracting Metals
- 2.23.11: Refining of Metals
- 2.23.12: Corrosion
- 2.23.13: Summary
- 2.23.14: MCQ_23
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Chapter 2.24: Our Environment
- 2.24.1: Introduction
- 2.24.2: Objectives
- 2.24.3: Ecosystem
- 2.24.4: Types of Ecosystem
- 2.24.5: Classification of Biotic Components of Ecosystem
- 2.24.6: Food Chain
- 2.24.7: Trophic Levels
- 2.24.8: Trophic Levels
- 2.24.9: Food Web
- 2.24.10: How do Human activities affect the environment?
- 2.24.11: Depletion of Ozone layer in the atmosphere
- 2.24.12: Summary
- 2.24.13: MCQ_24
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Chapter 2.25: Periodic Classification Of Elements
- 2.25.1: Introduction
- 2.25.2: Objectives
- 2.25.3: Early attempts at classification of elements
- 2.25.4: Dobereiners's Triads
- 2.25.5: Newland's Law of Octaves
- 2.25.6: Mendeleev's Periodic Table
- 2.25.7: Features of Mendeleev's Periodic Table
- 2.25.8: Defects of Mendeleev's Periodic Table
- 2.25.9: The Modern Periodic Table
- 2.25.10: Position of elements in the Modern Periodic Table
- 2.25.11: Trends in the Modern Periodic Table
- 2.25.12: Summary
- 2.25.13: MCQ_25
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Chapter 2.26: Sources of Energy
- 2.26.1: Introduction
- 2.26.2: Objectives
- 2.26.3: Early attempts at classification of elements
- 2.26.4: Dobereiners's Triads
- 2.26.5: Newland's Law of Octaves
- 2.26.6: Mendeleev's Periodic Table
- 2.26.7: Features of Mendeleev's Periodic Table
- 2.26.8: Defects of Mendeleev's Periodic Table
- 2.26.9: The Modern Periodic Table
- 2.26.10: Position of elements in the Modern Periodic Table
- 2.26.11: Trends in the Modern Periodic Table
- 2.26.12: Summary
- 2.26.13: Geothermal Energy
- 2.26.14: Nuclear Energy
- 2.26.15: Environmental Consequences
- 2.26.16: Summary
- 2.26.17: MCQ_25
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Chapter 2.1: Acids,Bases and Salts