## Description

**Course Description**

This is course in Pendrive for Maharashtra Board Standard 10 Maths & Science. Complete syllabus is explained in short videos of maximum 5-6 minutes each. You can start your study now and excel your exams.

**Course Content**

**Subjects Covered –** Maths, Science

**Number of Chapters –** 33

**Number of Videos –** 271

**Key Features**

1. Concept understanding as brain processes and conceptualize visuals faster

2. Covers maximum of your syllabus for given subjects

3. Simple language and Indian accent making it easy to understand and learn

4. Understand quickly, Remember more and Revise faster

5. Best for crash course, revisions and self-study

**Validity**

This course is valid for 12 months

### Mathematics 1

** Lessons **

#### 03 Linear Equations in Two Variables

- 1.01 Linear Equations in Two Variables
- 1.02 Simultaneous Linear Equation: Elimination Method
- 1.03 Graphical Method of Solving Simultaneous Equations in Two Variables
- 1.04 Determinant Method or Cramer’s Rule Method of Solving Simultaneous Equations
- 1.05 Example on Determinant Method
- 1.06 Conditions of Consistency of Simultaneous Equations
- 1.07 Conditions of Consistency of Simultaneous Equations: Examples
- 1.08 Equations Reducible to a Pair of Linear Equations in Two Variables (Substitution Method)
- 1.09 Application of Simultaneous Equations

#### 02 Quadratic Equations

- 2.01 Quadratic Equations: Introduction
- 2.02 Zeroes of a Quadratic Polynomial
- 2.03 Roots of Quadratic Equation
- 2.04 Factorization Method of solving quadratic equation
- 2.05 Completing Square Method of Solving Quadratic Equation
- 2.06 Formula Method of Solving Quadratic Equation
- 2.07 Nature of the Roots of a Quadratic Equation
- 2.08 Relation Between the Roots and Coefficients
- 2.09 Examples on Relation Between the Roots and Coefficients
- 2.10 Formation of Quadratic Equation Using Roots
- 2.12 Word Problems Based on Quadratic Equations
- 2.11 Equation Reducible to Quadratic Equation

#### 06 Statistics

- 6.01 Introduction to Statistics
- 6.02 Measures of Central Tendency
- 6.03 Mean of Grouped Frequency Distribution - Direct Method
- 6.04 Mean of Grouped Frequency Distribution - Assumed Mean Method
- 6.05 Mean of Grouped Frequency Distribution - Step Deviation Method
- 6.06 Median for Grouped Frequency Distribution
- 6.07 Mode of Grouped Frequency Distribution
- 6.09 Graphical Representation of Statistical Data: Histogram
- 6.10 Frequency Polygon and Frequency Curve: By Histogram
- 6.11 Frequency Polygon and Frequency Curve: Without using Histogram
- 6.13 Reading the Pie Diagram
- 6.12 Construction of Pie Diagram
- 6.08 Comparing the Measures of Central Tendency

### Mathematics 2

** Lessons **

#### 01 Similarity

- 1.01 Triangle and its Properties
- 1.02 The Ratio of Areas of Two Triangles
- 1.03 Properties of The Ratio of Areas of Two Triangles
- 1.04 Solved Examples on Ratios of Areas of Two Triangles
- 1.05 Basic Proportionality Theorem (B.P.T) / Thales’ Theorem
- 1.08 Basic Proportionality Theorem: Examples
- 1.06 Applications of B.P.T : Angle Bisector of a Triangle
- 1.07 Applications of B.P.T : Intercepts Made by Parallel Lines on a Transversal
- 1.09 Similarity of Triangles
- 1.10 Ratio of Areas of Similar Triangles

#### 03 Circle

- 3.02 Angle Between Tangent and Radius
- 3.03 Tangent to a Circle from External Point
- 3.04 Solved Examples on Tangent and It's Properties
- 3.05 Touching Circles
- 3.06 Arc of Circle
- 3.07 Angle Subtended by an Arc
- 3.08 Inscribed Angle Theorem: Conclusions and Examples
- 3.09 Cyclic Quadrilateral and it's Properties: Part 1
- 3.10 Cyclic Quadrilateral and it's Properties : Part 2
- 3.11 Tangent Secant Theorem
- 3.12 Angles in Alternate Segments
- 3.13 Intersecting Secants - Property I
- 3.14 Intersecting Secants - Property II
- 3.15 Examples on Angles in Alternate Segments and Properties of Intersecting Secants
- 3.01 Tangent and its Properties

#### 05 Co-ordinate Geometry

- 5.01 Being Familiar with Coordinate Geometry
- 5.02 Slope of a Line
- 5.03 Slope of a Line Passing Through Two Points
- 5.04 Solved examples on Slope of a Line
- 5.05 Equation of a Line in Slope - Intercept form
- 5.06 Equation of a Line in Slope-point Form
- 5.07 Equation of a line in Two Point Form
- 5.08 Equation of a Line in Double Intercept Form

#### 07 Mensuration

- 7.01 Circle: Arc, Sector, Segment -1
- 7.02 Circle: Arc, Sector, Segment -2
- 7.03 Relation between Area of Sector and the Length of the Arc
- 7.04 Area of Segment of a Circle
- 7.05 Examples on Area of Segment of a Circle
- 7.06 Euler’s Formula
- 7.07 Surface area and Volume of Cuboid
- 7.08 Surface Area and Volume of Cube
- 7.09 Surface Area and Volume of Right Circular Cylinder
- 7.10 Surface Area and Volume of Right Circular Cone
- 7.11 Surface Areas and Volume of Frustum of Cone
- 7.12 Surface area and Volume of Sphere and Hemisphere
- 7.13 Surface area and Volume of Hemisphere
- 7.14 Surface Areas and Volumes: Applications

### Science 1

** Lessons **

#### 01 Gravitation

- 1.01 Introduction to Gravitation
- 1.02 Keplers Law
- 1.03 Force and Acceleration due to Gravity
- 1.04 Variation in Value of Acceleration Due to Gravity g
- 1.05 Mass and Weight
- 1.06 Significance of the Universal Law of Gravitation
- 1.07 Energy- Potential Energy
- 1.08 Escape Velocity
- 1.09 Uniform Circular Motion

#### 03 Chemical Reactions and Equations

- 13.01 The Magic of Chemical Reactions
- 3.02 Chemical Equation, How to Write a Chemical Equation
- 3.03 Balancing the Chemical Reaction
- 3.04 Types of Chemical Reaction-1
- 3.05 Types of Chemical Reaction-2
- 3.06 Types of Chemical Reaction-3
- 3.07 Types of Chemical Reaction-4
- 3.08 Types of Chemical Reaction-5

#### 04 Effects of Electric Current

- 4.01 Simple Electric Circuit with Bulb
- 4.02 Electric Power
- 4.03 Heating Effect of Electric Current
- 4.04 Magnetic Effect of Electric Current
- 4.06 Magnetic Field Due to Current Carrying Circular Conductor
- 4.05 Magnetic Field Due to Current Carrying Straight Conductor
- 4.07 Magnetic Field Due to a Current in a Solenoid
- 4.08 Force on a Current Carrying Conductor in a Magnetic Field
- 4.09 Electric Motor
- 4.10 Electromagnetic Induction
- 4.11 Direct Current and Alternating Current
- 4.12 AC Generator
- 4.13 DC Generator

#### 06 Refraction of Light

- 6.01 Refraction of Light - Refractive Index
- 6.02 Laws of Refraction
- 6.03 Refraction Through a Rectangular Glass Slab
- 6.04 Atmospheric Refraction - Twinkling of Stars
- 6.05 Mirage
- 6.06 Dispersion and Recombination of Light in Prism
- 6.07 Total Internal Reflection
- 6.08 Some Natural Phenomena due to Sunlight - The Rainbow

#### 07 Lenses

- 7.01 Convex and Concave Lenses
- 7.02 Convex and Concave Lenses Terminology
- 7.03 Image Formation by Convex and Concave Lenses
- 7.04 Images Formed By Convex Lens
- 7.05 Sign Convention, Lens formula, Magnification, Power of Lens
- 7.06 The Human Eye
- 7.07 Vision Problems and Corrective Lens
- 7.08 Simple and Compound Microscope
- 7.09 Telescope

#### 08 Metallurgy

- 8.01 Physical Properties of Metals
- 8.02 Physical Properties of Non-metals
- 8.03 Reaction of Metals with Oxygen
- 8.04 Reaction of Metals with Water
- 8.05 Reaction of Metals with Acids
- 8.06 Reaction of Metals with Salts of Other Metals
- 8.07 Reaction of Metals with Non-Metal
- 8.08 Occurrence of Metals
- 8.09 Concentration of Ores-Gravity Separation Method
- 8.10 Concentration of Ore-Magnetic Separation
- 8.11 Concentration of Ore- Froth Flotation Method
- 8.12 Concentration of Ores-Leaching
- 8.13 Extraction of Metals of High Reactivity
- 8.14 Extraction of Metals of Medium Reactivity
- 8.15 Extraction of Metals of Low Reactivity
- 8.16 Corrosion of Metals

#### 09 Carbon Compounds

- 9.01 Amazing World of Carbon Compounds
- 9.02 Versatile Nature of Carbon
- 9.03 Hydrocarbons
- 9.04 Hydrocarbons- Chains, Branches and Rings
- 9.05 Functional Groups and Homologous Series
- 9.06 Nomenclature of Organic Compounds-Terminology
- 9.07 Nomenclature of Organic Compounds-Rules
- 9.09 Some Important Carbon Compounds
- 9.08 Chemical Properties of Carbon Compounds
- 9.10 Macromolecules and Polymers

### Science 2

** Lessons **

#### 03 Living Processes in Living Organisms Part - 2

- 3.01 Reproduction
- 3.02 Asexual Reproduction in Unicellular Organisms
- 3.03 Asexual Reproduction in Multicellular Organisms
- 3.04 Sexual Reproduction in Plants-Parts of Flower
- 3.05 Sexual Reproduction in Plants-Process of Reproduction
- 3.06 The Male Reproductive System
- 3.07 Female Reproductive System
- 3.08 Fertilization, Development and Birth
- 3.09 Family Planning
- 3.10 Difference in Sexual and Asexual Reproduction
- 3.11 Reproduction and Modern Technology
- 3.12 Reproductive Health

#### 06 Animal Classification

- 6.01 Classification and Evolution of Organism
- 6.02 Traditional Method of Animal Classification
- 6.03 Criteria for Five Kingdom System Classification
- 6.04 Animalia : Porifera, Coelenterata, Platyhelminthes, Nematoda
- 6.05 Animalia : Annelida, Arthropoda, Mollusca, Echinodermata, Protochordata
- 6.07 Animalia - Vertebrata
- 6.06 Animalia: Chordata

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