1

Introduction

2

Exercise 3.1 – Part 1

3

Exercise 3.1 – Part 2

4

Concept of Trignometric Funtions – Part 1

1

Concept of Trigonometric Functions – Part 2

2

Signs in Trigonometric Functions

3

Exercise 3.2 – Part 1

4

Exercise 3.2 – Part 2

5

Exercise 3.2 – Part 3

6

T.F. of Sum and Difference of 2 Angles ( Part 2)

7

T.F. of Sum and Difference of 2 Angles ( Part 3)

8

T.F. of Sum and Difference of 2 Angles ( Part 4)

9

T.F. of Sum and Difference of 2 Angles ( Part 5)

10

Exercise 3.3 – Part 1

11

Exercise 3.3 – Part 2

12

Exercise 3.3 – Part 3

13

Exercise 3.3 – Part 4

14

Trigonometric Equations Example 18,19

15

Theorem 1,2,3 Example 20

1

Introduction

2

Exercise 4.1 – Part 1

3

Exercise 4.1 – Part 2

4

Exercise 4.1 – Part 3

5

Exercise 4.1 – Part 4

6

Exercise 4.1 – Part 5

7

Exercise 4.1 – Part 6

8

Exercise 4.1 – Part 7

9

Exercise 4.1 – Part 8

1

Introduction

2

Exercise 6.1 – Part 1

3

Exercise 6.1 – Part 2

4

Exercise 6.1 – Part 3

5

Exercise 6.1 – Part 4

6

Exercise 6.1 – Part 5

7

Exercise 6.2 (1,2,3)

8

Exercise 6.2 (4,5,7)

9

Exercise 6.3 (1,2,3)

10

Exercise 6.3 (6,7)

11

Exercise 6.3 (9,10,11)

12

Exercise 6.3 (12,13)

13

Miscellaneous Part – 1

14

Miscellaneous Part – 2

1

Introduction

2

Power of I

3

Exercise 5.1

4

Argand Plane and Polar Representation

5

Exercise 5.2

6

Miscellaneous Exercises

1

Permutation and Factorial of a number; Exercise 7.1(1,2,3)

2

Exercise 7.1(4,5,6); Exercise 7.2 (1,2,3,4,5)

3

Combinations; Exercise 7.3 (1,2,6)

4

Exercise 7.3 (7,8)

5

Exercise 7.3 (9,11)

6

Exercise 7.4 (1,2,3,4,5)

7

Exercise 7.4 (6,7,8,9)

8

Miscellaneous Exercise – Part 1

9

Miscellaneous Exercise – Part 2

1

Introduction

2

Exercise 8.1(1,2,3,4)

3

Exercise 8.1(5,6,7,8,9)

4

Exercise 8.1(10,11)

5

Exercise 8.1(12,13,14)

6

General term & Middle term of a Binomial Expansion

7

Exercise 8.2 (3,4,5,6)

8

Exercise 8.2 (7,8,9)

9

Exercise 8.2 (10)

10

Exercise 8.2 (11,12)

11

Miscellaneous Exercise – Part 1

12

Miscellaneous Exercise – Part 2

13

Miscellaneous Exercise – Part 3

1

Introduction; Exercise 9.1 (1 to 5)

2

Exercise 9.1 (6 to 14)

3

Exercise 9.2 (1 to 4)

4

Exercise 9.2 (5 to 9)

5

Exercise 9.2 (10 to 12)

6

Exercise 9.2 (13)

7

Geometric Progression;Exercise 9.3(1 to 3)

8

Exercise 9.3(4 to 7)

9

Exercise 9.3(8 to 11)

10

Exercise 9.3(12,13,14,15,17)

11

Exercise 9.3(18 to 21)

12

Exercise 9.3(22 to 25)

13

Exercise 9.3(26,27,28)

14

Exercise 9.3(29,30,31)

15

Exercise 9.4(1,2)

16

Exercise 9.4(3,4,5,6)

17

Exercise 9.4(7,8,9)

18

Example 1,2,3,6,9,12,18

1

Introduction; Exercise 10.1 (1)

2

Exercise 10.1 (3,4,5,6)

3

Exercise 10.1 (7,8,9,10,11)

4

Exercise 10.1 (12,13)

5

Exercise 10.2 (7 to 13)

6

Exercise 10.2 (14,15,17,18,19)

7

Exercise 10.3 (1,2,3,4)

8

Exercise 10.3 (5,6,7,8,9)

9

Exercise 10.3 (10,11,12)

10

Exercise 10.3 (14,16,17,18)

11

Angle between 2 Lines; Collinearity of 3 Points; Various Forms of Equation of Line

1

Introduction

2

Measures of Dispersion

3

Example 1; Example 2; Exercise 15.1 (1)

4

Mean Deviation for Grouped Data; Example 4

5

Exercise 15.1 (6); Example 5

6

Exercise 15.1 (7,8); Continuous Frequency Distribution; Example 6

7

Exercise 15.1 (9,10)

8

Example 6

9

Mean Deviation about Median

10

Example 11

11

Variance; Example 8

12

Median; Example 9 ; Example 10

13

Exercise 15.2 (1,2,3)

14

Exercise 15.2(4); Standard Deviation for Continuous Frequency

15

Example 11; Methods to Find Variance and Standard Deviation

16

Example 12; Exercise 15.2 (6)

17

Exercise 15.2 (7,8)

18

Exercise 15.2 (9,10)

19

Exercise 15.1 (4); Coefficient of Variation

20

Example 13; Example 14; Example 15

21

Miscellaneous Exercise (6,7)

1

Introduction

2

Exercise 11.1(6 to 11)

3

Exercise 11.1(12 to 15)

4

Exercise 11.2(1,2,3,4,5,8,9,10,11,12)

5

Exercise 11.3(1,3,4,5,6)

6

Exercise 11.3(7,8,9)

7

Exercise 11.3(10,13,15,16,17,18,19)

8

Exercise 11.3(20); Exercise 11.4(1,2,3,4)

9

Exercise 11.4(5 to 11)

10

Exercise 11.4(12 to 15)

11

Ellipse; Hyperbola

1

Introduction

2

Exercise 12.2(1,2,3)

3

Exercise 12.2(4,5); Distance Between 2 Points;Midpoint;Section Formula;Centroid of a Triangle

4

Exercise 12.3(1,2,3,4)

5

Exercise 12.3(5);Exercise 12.1(1 to 4)

1

Exercise 13.1(22,23,25)

2

Exercise 13.1(26,27,28)

3

Introduction

4

Exercise 13.1(1 to 14)

5

Exercise 13.1(18 to 21)

6

Derivatives

7

Exercise 13.2(1,2,4)

8

Exercise 13.2(4,5,6,7,8)

9

Exercise 13.2[9(i,ii,iii,iv,v,vi)]

10

Exercise 13.2[10,11(i,ii,iii,iv,v,vi)]

1

Introduction

2

Exercise 14.2(2,3);Exercise 14.3(1,2,4)

3

Exercise 14.4(1,2,3)

4

Exercise 14.5(1,2,3,4,5)

1

Introduction

2

Mutually Exclusive Events; Exhaustive Events; Probability of Equally Likely Outcome

3

Exercise 16.1(1 to 7)

4

Exercise 16.1(10 to 14)

5

Exercise 16.2(1,2)

6

Exercise 16.2(3)

7

Exercise 16.2[5(i,ii,iii,v)]; Exercise 16.3(1)

8

Exercise 16.3(2,3,4,5)

9

Exercise 16.3(6,8,9,10)

10

Exercise 16.3(11,12,14,15,16,17)

11

Exercise 16.3(18,19,20,21)

1

Introduction

2

Subset , Power Set, Universal Set, Venn Diagrams

3

Intervals In Sets and Properties of Complement of Sets

4

Exercise 1.1

5

Exercise 1.2

6

Exercise 1.3 and 1.4 – Part 1

7

Exercise 1.4 – Part 2

8

Exercise 1.5

9

Exercise 1.6

1

Introduction; Exercise 2.1

2

Exercise 2.1 Continued…

3

Exercise 2.2

4

Exercise 2.2 Continued…

5

Types of Functions

6

Exercise 2.3 – Part 1

7

Exercise 2.3 – Part 2