Maths is a useful and scoring subject for all students. Therefore it is a necessary subject for students to prepare well for.The CBSE board has included this subject in class 11 curriculum so that students have the ability to think and calculate and solve problems without any difficulties.CBSE board strives to give students valuable and informative education with the syllabus that he have carefully constructed. We also provide students with an interesting article with each topic that the students will cover. Thereby helping students get a clear idea and better understand the topic.

It is important for every 11th grade student to know the CBSE class 11 maths syllabus of every subject before starting their preparation for exams.

Some of the topics Covered include :

**TOPICS**

**Sets****Relations and Functions****Trignometric Functions****Principle of Mathematical Induction****Complex Numbers and Quadratic Equation****Linear Inequalities****Permutation and Combination****Binomial Theorem****Sequence and Series****Strainght Lines****Conic Sections****Introduction to 3-D Geometry****Limits and Derrivatives****Mathematical Reasoning****Statistics****Probability**

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2.A. Cartesian product of sets**

2.B. Relations

2.C. Function: domain and range

2.D. identity function, constant function and modulus function

2.E. Graphs of polynomial function

2.F. Graphs of rational function

2.G. Algebra of real functions
3.A. Angles

3.B. Trignometric functions

3.C. Domain and range of trignometric functions

3.D. Trignometric function of sum and difference of two angles

3.E. Trignometric equations
4.A. Introduction and motivation

4.B. The principle of mathematical induction
5.A. Algebra of complex numbers

5.B. Modulus and conjugate of complex numbers

5.C. Argand plane and polar representation

5.D. Quadratic equations

5.E. Euler’s formula and De Moivre’s theorem
6.A. Inequalities

6.B. Algebraic solution of linear inequality in one variable and their graphical representation

6.C. Graphical solution of linear inequalities in two variables

6.D. Solution of system of linear inequalities in two variables
7.A. Fundamental principle of counting

7.B. Permutations

7.C. Combinations
8.A. Binomial theorem for positive integral indices

8.B. General and middle term
9.A. Sequences and Series

9.B. Arithmetic progressions

9.C. Geometric progression

9.D. Relationship between Aithmetic mean and geometric mean

9.E. Sum to n terms of special series
10.A. Slope of a line

10.B. Various forms of equation of line

10.C. General equation of line

10.D. Distance of a point form a line
11.A. Sections of cone

11.B. Circle

11.C. Parabola

11.D. Ellipse

11.E. Hyperbola
12.A. Coordinates of point in space

12.B. Distance between two points

12.C. Section formula
13.A. Intuitive idea of derrivative

13.B. limits

13.C. Limits of trignometric function

13.D. Derrivatives

13.E. Algebra of derivative of function
14.A. Introduction

14.B. Statements

14.C. New statements from old

14.D. Special word/phrase

14.E. Implications

14.F. validating statements
14.A. Measures of dispersion and range

14.B. Mean deviation

14.C. mean deviation for ungrouped data

14.D. mean deviation for discrete frequency distribution

14.E. mean deviation for continuous frequency distribution

14.F. Variance and standard deviation

14.G. Shortcut method for finding variance and standard deviation

14.H. Analysis of frequency distribution
14.A. Random experiment

14.B. Event and types of event

14.C. Algebra of event

14.D. Axiomatic approach to probability

1.A. Sets and their representation

1.B. Types of sets: empty sets, finite and infinite sets, power set, universal set

1.C. Cardinality of sets

1.D. Subset and superset

1.E. Venn diagram

1.F. Operation on sets: union of sets

1.G. Operation on sets: intersection and difference of sets

1.H. Complement of sets

1.I. Practical problems on union and intersection of two sets

2.B. Relations

2.C. Function: domain and range

2.D. identity function, constant function and modulus function

2.E. Graphs of polynomial function

2.F. Graphs of rational function

2.G. Algebra of real functions

3.B. Trignometric functions

3.C. Domain and range of trignometric functions

3.D. Trignometric function of sum and difference of two angles

3.E. Trignometric equations

4.B. The principle of mathematical induction

5.B. Modulus and conjugate of complex numbers

5.C. Argand plane and polar representation

5.D. Quadratic equations

5.E. Euler’s formula and De Moivre’s theorem

6.B. Algebraic solution of linear inequality in one variable and their graphical representation

6.C. Graphical solution of linear inequalities in two variables

6.D. Solution of system of linear inequalities in two variables

7.B. Permutations

7.C. Combinations

8.B. General and middle term

9.B. Arithmetic progressions

9.C. Geometric progression

9.D. Relationship between Aithmetic mean and geometric mean

9.E. Sum to n terms of special series

10.B. Various forms of equation of line

10.C. General equation of line

10.D. Distance of a point form a line

11.B. Circle

11.C. Parabola

11.D. Ellipse

11.E. Hyperbola

12.B. Distance between two points

12.C. Section formula

13.B. limits

13.C. Limits of trignometric function

13.D. Derrivatives

13.E. Algebra of derivative of function

14.B. Statements

14.C. New statements from old

14.D. Special word/phrase

14.E. Implications

14.F. validating statements

14.B. Mean deviation

14.C. mean deviation for ungrouped data

14.D. mean deviation for discrete frequency distribution

14.E. mean deviation for continuous frequency distribution

14.F. Variance and standard deviation

14.G. Shortcut method for finding variance and standard deviation

14.H. Analysis of frequency distribution

14.B. Event and types of event

14.C. Algebra of event

14.D. Axiomatic approach to probability