EducationMathematics

TABLE OF CONTENTS  – GENERAL MATHEMATICS-1 (INTRODUCTION TO ALGEBRA)

TABLE OF CONTENTS 

GENERAL MATHEMATICS-1 (INTRODUCTION TO ALGEBRA)

Unit # CONTENTS Page #
1 1. INTRODUCTION TO MATHEMATICS 1
2 2. REAL NUMBER SYSTEMS
2.1  Real Numbers 7
2.2  Properties of Real Numbers 11
2.3  Rational and Irrational Numbers 16
2.4 Decimal Presentation of Rational and Irrational    Numbers 18
PRACTICE EXERCISE – 2.1 21
2.5 HCF & LCM 29
PRACTICE EXERCISE – 2.2 32
3 3. COMPLEX NUMBERS
3.1  Definition of Complex Numbers 35
3.2  Operations on Complex Numbers 37
3.3  Properties of the Complex Numbers 39
3.4    Geometrical Representation of Complex Numbers 42
3.5    Graphical Addition and Subtraction of  Complex Numbers 44
PRACTICE EXERCISE – 3 45
4 4. INTRODUCTION TO SETS
4.1  Basic Definitions of Sets 54
4.2  Representation of Sets in Set Theory 56
4.3  Types of Sets 57
4.4  Subsets and its Types with Examples 58
4.5  Operations on Sets 60
4.6  Properties of Sets 62
      PRACTICE EXERCISE – 4 63
5 5. FUNCTIONS
5.1  Definition of Function 75
5.2  How to Evaluate the Function 76
5.3  Function, Domain and Range 78
5.4  SET- Builder Notation for a Function 79
5.5  Types of Function 80
5.6  Linear and Quadratic Function 86
5.7  Inverse of Function 88
        PRACTICE EXERCISE – 5 89
6 6. INTRODUCTION TO MATRIX
6.1  Basic Introduction 99
6.2  Important Formulas for Matrices 100
6.3  Types of Matrices 101
6.4  Operations on Matrices 103
6.5  Properties of Matrix 105
6.6  Transpose of Matrix with Examples 106
6.7  Special Types of Matrices 108
6.8  Echelon and Reduced Echelon Forms of Matrices 110
6.9  Invertible Matrix 112
         PRACTICE EXERCISE – 6 114
7 7. DETERMINANTS
7.1  Determinants of Square Matrix 126
7.2  Types of Determinants 127
7.3  Properties of Determinants 130
7.4  Adjoint of a Matrix 136
7.5   Application of Determinants and Matrices 138
        PRACTICE EXERCISE – 7 140
8 8. SYSTEMS OF LINEAR EQUATIONS
8.1  Basic Introduction 149
8.2  Methods to Solve Systems of Linear Equation 150
8.3  Systems of Linear Equations in Two Variables 153
8.4  Cramer’s Rule 161
8.5  Application of Systems of Linear Equations 163
        PRACTICE EXERCISE – 8 164
9 9. SOLUTION OF QUADRATIC EQUATIONS
9.1  Basic Introduction  174
9.2  Solution of Quadratic Equations with         Examples 174
9.3  Derivation of the Quadratic Formula 180
        PRACTICE EXERCISE – 9.1 184
9.4  Qualitative Analysis of Roots of Quadratic Equations 189
        PRACTICE EXERCISE – 9.2 192
9.6  Solution of Equations Reducible to the             Quadratic Equation with Examples 194
        PRACTICE EXERCISE – 9.3 203
9.7  Cube Root of Unity 204
9.8  Properties of Cube Root of Unity 209
9.9  Four Fourth Roots of Unity 212
      PRACTICE EXERCISE – 9.4 213
9.10 Relations Between the Roots and the    Coefficients of a Quadratic Equation 216
         PRACTICE EXERCISE – 9.5 219
10 10. SEQUENCES & SERIES
10.1  Introduction to Sequence and Series  226
10.2  Types of Sequence & Series 228
10.3  Sequence and Series Formulas 228
 PRACTICE EXERCISE – 10.1 232
10.4  Arithmetic Progression / Sequence 236
 PRACTICE EXERCISE – 10.2 240
10.5   Arithmetic Mean (A.M) 242
 PRACTICE EXERCISE – 10.3 243
10.6   Arithmetic Series 244
  PRACTICE EXERCISE – 10.4 247
10.8   Geometric Progression / Sequence 251
  PRACTICE EXERCISE – 10.5 254
10.9   Geometric Means (G.M) 256
  PRACTICE EXERCISE – 10.6 258
  10.10  Geometric Series 260
   PRACTICE EXERCISE – 10.7 264
10.11  Application of Geometric Sequence &   Series 266
10.12  Harmonic Progression / Sequence 268
10.13  Harmonic Mean 270
10.14  Application of Harmonic Sequence 272
            PRACTICE EXERCISE – 10.8 273
11 11.    MATHEMATICAL INDUCTION
11.1  Principles of Mathematical Induction 282
11.2  Principles of Extended Mathematical Induction 284
          PRACTICE EXERCISE – 11 286
12 12.    BINOMIAL THEOREM
12.1  Introduction to Binomial Theorem 291
          PRACTICE EXERCISE – 12.1 296
12.2  Application of Binomial Theorem 303
          PRACTICE EXERCISE – 12.2 308
13 13. TRIGONOMETRY
13.1  Fundamentals of Trigonometry 313
          Practice Exercise   13.1 320
13.2  Trigonometric Functions 323
          Practice Exercise  13.2 327
13.3  The Values of Trigonometric Functions 331
          Practice Exercise  13.3 334
13.4  Fundamental Law of Trigonometry 344
13.5  Trigonometric Ratios of Allied Angles 344
13.6  Applications of Basic Identities 346
          Practice Exercise  13.4 349

13.7  Half, Double and Triple Angle Identities

352
          Practice Exercise  13.5 354
14 Important Definitions 361
15 Paper Pattern and Guideline for Mid and Final Exam 373
16 Question Papers 374
17 References 382

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

According to above contents, book is available in market. Please feel free to contact on +923347015758

Related Articles

Back to top button