Class 9th CBSE ICSE Maths

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Syllabus of Mathematics

Course Outline: Class 9th Mathematics (CBSE & ICSE)

Course Overview

This course is designed to provide a comprehensive understanding of Class 9th Mathematics as per the CBSE and ICSE syllabi. It covers fundamental concepts, problem-solving techniques, and applications of mathematics in real-life scenarios. The course is structured to build a strong foundation for higher classes and competitive exams.


Course Structure

The course is divided into 15 units, covering all the topics prescribed by CBSE and ICSE boards. Each unit includes theoretical explanations, solved examples, practice problems, and quizzes.


Unit 1: Number Systems

  1. Introduction to Real Numbers

    • Natural numbers, whole numbers, integers, rational numbers, and irrational numbers.

    • Representation of real numbers on the number line.

  2. Operations on Real Numbers

    • Addition, subtraction, multiplication, and division of real numbers.

    • Rationalization of denominators.

  3. Laws of Exponents for Real Numbers

    • Positive, negative, and zero exponents.

    • Simplification of expressions using exponents.


Unit 2: Polynomials

  1. Introduction to Polynomials

    • Definition, types (monomial, binomial, trinomial), and degree of polynomials.

  2. Operations on Polynomials

    • Addition, subtraction, multiplication, and division.

  3. Factorization of Polynomials

    • Factor theorem, remainder theorem, and algebraic identities.

  4. Zeroes of a Polynomial

    • Finding zeroes and their relationship with coefficients.


Unit 3: Coordinate Geometry

  1. Cartesian System

    • Axes, quadrants, and coordinates.

  2. Plotting Points on a Plane

    • Locating points and understanding their coordinates.

  3. Distance Formula

    • Derivation and application.


Unit 4: Linear Equations in Two Variables

  1. Introduction to Linear Equations

    • Definition and standard form.

  2. Graphical Representation

    • Plotting linear equations on a graph.

  3. Solution of Linear Equations

    • Finding solutions algebraically and graphically.


Unit 5: Lines and Angles

  1. Basic Terms and Definitions

    • Line, line segment, ray, collinear points, and angles.

  2. Types of Angles

    • Acute, obtuse, right, straight, reflex, and complementary angles.

  3. Pairs of Angles

    • Adjacent angles, linear pairs, vertically opposite angles.

  4. Parallel Lines and Transversals

    • Corresponding angles, alternate angles, and co-interior angles.


Unit 6: Triangles

  1. Congruence of Triangles

    • SSS, SAS, ASA, RHS congruence rules.

  2. Properties of Triangles

    • Angle sum property, exterior angle property.

  3. Inequalities in Triangles

    • Relationship between sides and angles.


Unit 7: Quadrilaterals

  1. Properties of Quadrilaterals

    • Types of quadrilaterals: parallelogram, rectangle, rhombus, square, trapezium.

  2. Mid-Point Theorem

    • Statement, proof, and applications.


Unit 8: Circles

  1. Basic Terms

    • Radius, diameter, chord, arc, segment, sector.

  2. Properties of Circles

    • Angle subtended by chords, perpendicular from the center to a chord.

  3. Cyclic Quadrilaterals

    • Properties and theorems.


Unit 9: Heron's Formula

  1. Area of Triangles

    • Using base and height.

  2. Heron's Formula

    • Derivation and application to find the area of triangles.


Unit 10: Surface Areas and Volumes

  1. Surface Area

    • Cuboid, cube, cylinder, cone, and sphere.

  2. Volume

    • Formulas and applications.


Unit 11: Statistics

  1. Collection of Data

    • Primary and secondary data.

  2. Presentation of Data

    • Frequency distribution table, bar graph, histogram.

  3. Measures of Central Tendency

    • Mean, median, and mode.


Unit 12: Probability

  1. Introduction to Probability

    • Experiments, outcomes, events.

  2. Calculation of Probability

    • Basic problems and applications.


Unit 13: Constructions (Geometry)

  1. Basic Constructions

    • Angle bisector, perpendicular bisector.

  2. Construction of Triangles

    • Given base, angles, and sides.


Unit 14: Mensuration (ICSE Specific)

  1. Area and Perimeter

    • Rectangle, square, triangle, circle.

  2. Volume and Surface Area

    • Cuboid, cube, cylinder.


Unit 15: Trigonometry (ICSE Specific)

  1. Introduction to Trigonometry

    • Trigonometric ratios: sine, cosine, tangent.

  2. Applications of Trigonometry

    • Simple problems on heights and distances.


Teaching Methodology

  1. Interactive Lectures

    • Use of visual aids, animations, and real-life examples.

  2. Problem-Solving Sessions

    • Step-by-step solutions to problems.

  3. Practice Worksheets

    • Regular assignments and quizzes.

  4. Doubt Clearing Sessions

    • Weekly doubt-solving sessions.


Assessment and Evaluation

  1. Periodic Tests

    • Conducted after every unit.

  2. Mid-Term and Final Exams

    • Comprehensive exams covering the entire syllabus.

  3. Project Work

    • Practical applications of mathematical concepts.


Recommended Textbooks

  1. CBSE

    • NCERT Mathematics Textbook for Class 9.

  2. ICSE

    • Concise Mathematics by Selina Publishers.


Course Duration

  • Total Duration: 10 months (aligned with the academic year).

  • Weekly Schedule: 4 hours per week (2 lectures + 2 practice sessions).


Learning Outcomes

By the end of this course, students will:

  1. Have a strong understanding of fundamental mathematical concepts.

  2. Be able to solve complex problems with ease.

  3. Develop analytical and logical thinking skills.

  4. Be well-prepared for Class 10th board exams and competitive exams.



Category: Class 9th Math
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