FUNCTIONS
Book details, catalog entries, and PDF scan/DJVU viewer.
English
General book
Links: 1
Entries: 55
zambak
Zambak books
1. Local PDF file
The PDF opens in WEBP scan mode. Fullscreen mode is available when needed.
Catalog filter
55 / 55
All
FUNCTIONS
Preparing book pages
1
Entries
55
1. Relations
Theory
Page 9
1A. Cartesian Product and Analytic Plane
Theory
Page 10
1A.1 Ordered Pairs
Theory
Page 10
1A.2 Set Notation
Theory
Page 12
1A.3 Cartesian Product
Theory
Page 14
1A.4 Analytic Plane
Theory
Page 16
1B. Relations
Theory
Page 18
1B.1 Representation of a Relation
Theory
Page 18
1B.2 Inverse of a Relation
Theory
Page 22
Exercises 1
Problem
Page 25
Activity: The Game of Battleship
Other
Page 27
2. Introduction to Functions
Theory
Page 28
2A. Defining a Function
Theory
Page 28
2A.1 Definition
Theory
Page 28
2A.2 Applied Problems
Problem
Page 35
2A.3 Graph of a Function
Theory
Page 37
2A.4 Domain of a Function
Theory
Page 43
2B. Properties of Functions
Theory
Page 46
2B.1 Equal Functions
Theory
Page 46
2B.2 Even and Odd Functions
Theory
Page 46
2B.3 Increasing, Decreasing and Constant Functions
Theory
Page 50
2B.4 Reading Graph of a Function
Theory
Page 53
Exercises 2
Problem
Page 58
3. Operations on Functions
Theory
Page 63
3A. Basic Operations
Theory
Page 63
3B. Composition of Functions
Theory
Page 64
3C. Inverse of a Function
Theory
Page 69
3C.1 One-to-one Functions
Theory
Page 69
3C.2 Definition for the Inverse of a Function
Theory
Page 71
3C.3 Finding the Inverse of a Function
Theory
Page 75
Exercises 3
Problem
Page 83
Activity: Cryptography
Other
Page 86
4. Plotting Graphs of Functions
Theory
Page 88
4A. Transformation of Graphs
Theory
Page 88
4A.1 Vertical Shift
Theory
Page 88
4A.2 Horizontal Shift
Theory
Page 90
4A.3 Reflection
Theory
Page 94
4A.4 Vertical Stretch and Shrink
Theory
Page 99
4A.5 Horizontal Stretch and Shrink
Theory
Page 101
4B. Graphs of Elementary Functions
Theory
Page 107
4B.1 Functions of the Form y = x^n, n ∈ N
Theory
Page 107
4B.2 Functions of the Form y = ⁿ√x
Theory
Page 111
4B.3 Functions of the Form y = 1/x^n, n ∈ N
Theory
Page 114
4C. Optional Graphs of Special Functions
Theory
Page 122
4C.1 Piecewise Defined Functions
Theory
Page 122
4C.2 Absolute Value Function
Theory
Page 125
Exercises 4
Problem
Page 130
Activity: Tessellations
Other
Page 134
Chapter Summary
Theory
Page 136
Concept Check
Test
Page 137
Chapter Review Test 1
Test
Page 138
Chapter Review Test 2
Test
Page 140
Chapter Review Test 3
Test
Page 142
Answers
Answer
Page 144
Glossary
Other
Page 150
PDF scan is unavailable.