Skip to main content
Trigonometry Through Wayfinding and Navigation Across the Pacific
Kamuela E Yong
Contents
Index
Search Book
close
Search Results:
No results.
dark_mode
Dark Mode
Prev
Up
Next
\usepackage
\usepackage
c
a
n
c
e
l
Front Matter
chevron_left
Colophon
Dedication
Acknowledgements
Preface
Download PDF
Core Standards
1
Trigonometric Functions
chevron_left
1.1
Pacific Island Navigation
1.1.1
Micronesia
1.1.2
Hawaiʻi
1.1.3
Marshall Islands
1.1.4
Elsewhere in the Pacific
1.1.5
Exercises
1.2
Angles and Their Measure
1.2.1
Degree
1.2.2
Radian
1.2.3
Arc Length
1.2.4
Area of a Sector of a Circle
1.2.5
Angular Velocity and Linear Speed
1.2.6
Exercises
1.3
Unit Circle
1.3.1
Unit Circle
1.3.2
Trigonometric Functions
1.3.3
Trigonometric Functions of an Angle
1.3.4
Symmetry on the Unit Circle
1.3.5
Trigonometric Functions on a Circle with Radius
r
1.3.6
Exercises
1.4
Right Triangle Trigonometry
1.4.1
Trigonometric Ratios
1.4.2
Special Triangles
1.4.3
Cofunctions
1.4.4
Using a Calculator
1.4.5
Solving Right Triangles
1.4.6
Solving Applied Problems
1.4.7
Exercises
1.5
Trigonometric Functions of Any Angle
1.5.1
Determine the Signs of the Trigonometric Functions Based on the Quadrant
1.5.2
Reference Angles
1.5.3
Evaluating Trigonometric Functions Using Reference Angles
1.5.4
Periodic Functions
1.5.5
Trigonometric Table
1.5.6
Pythagorean Identities
1.5.7
Even and Odd Trigonometric Functions
1.5.8
Exercises
2
Graphs of the Trigonometric Functions
chevron_left
2.1
Graphs of the Sine and Cosine Functions
2.1.1
Domain and Range of Sine and Cosine
2.1.2
The Sine Function
2.1.3
The Cosine Function
2.1.4
Graphing Transformations of Sine and Cosine
2.1.5
Exercises
2.1.6
References
2.2
Graphs of Other Trigonometric Functions
2.2.1
Domains of the Tangent and Cotangent Functions
2.2.2
Ranges of the Tangent and Cotangent Functions
2.2.3
Domains of the Cosecant and Secant Functions
2.2.4
Ranges of the Cosecant and Secant Functions
2.2.5
The Tangent Function
2.2.6
The Cotangent Function
2.2.7
The Cosecant Function
2.2.8
The Secant Function
2.2.9
Graphing Transformations of Other Trigonometric Functions
2.2.10
Exercises
2.3
Sinusoidal Curve Fitting and Graphical Analysis
2.3.1
Finding Sinusoidal Equations from Characteristics
2.3.2
Finding Sinusoidal Equations from Graphs
2.3.3
Finding Sinusoidal Equations from Data
2.3.4
Finding Sinusoidal Equations with Technology
2.3.5
Exercises
2.4
Inverse Trigonometric Functions
2.4.1
Inverse Trigonometric Functions
2.4.2
Finding the Exact Value of an Inverse Trigonometric Function
2.4.3
Approximations of Inverse Trigonometric Functions
2.4.4
Graphs of Inverse Trigonometric Functions
2.4.5
Composition of Inverse Trigonometric Functions
2.4.6
Exercises
3
Analytic Trigonometry
chevron_left
3.1
Trigonometric Identities
3.1.1
Fundamental Trigonometric Identities
3.1.2
Simplifying Trigonometric Expressions
3.1.3
Verifying Trigonometric Identities
3.1.4
Exercises
3.2
Addition and Subtraction Formulas
3.2.1
Addition and Subtraction Formulas for Cosine
3.2.2
Addition and Subtraction Formulas for Sine
3.2.3
Addition and Subtraction Formulas for Tangent
3.2.4
Cofunction Identities
3.2.5
Sums of Sines and Cosines
3.2.6
Summary
3.2.7
Exercises
3.3
Double-Angle and Half-Angle Formulas
3.3.1
Double-Angle Formulas
3.3.2
Reducing Powers Formulas
3.3.3
Half-Angle Formulas
3.3.4
Exercises
3.4
Product-to-Sum and Sum-to-Product Formulas
3.4.1
Product to Sum Formulas
3.4.2
Sum to Product Formulas
3.4.3
Exercises
3.5
Basic Trigonometric Equations
3.5.1
Solving Equations with a Single Trigonometric Function
3.5.2
Solving Trigonometric Equations with Square Terms
3.5.3
Solving Trigonometric Equations by Factoring
3.5.4
Solving a Trigonometric Equation with a Calculator
3.5.5
Exercises
3.6
Trigonometric Equations - Advanced Techniques
3.6.1
Solving a Trigonometric Equation by Using Fundamental Identities
3.6.2
Solving a Trigonometric Equation with Multiples of an Angle
3.6.3
Solving a Trigonometric Equation with a Graphing Utility
3.6.4
Exercises
4
Applications of Trigonometry
chevron_left
4.1
The Law of Sines
4.1.1
Law of Sines
4.1.2
Solving ASA Triangles
4.1.3
Solving SAA Triangles
4.1.4
Solving SSA Triangles: The Ambiguous Case
4.1.5
Area of an oblique triangle
4.1.6
Exercises
4.2
The Law of Cosines
4.2.1
Law of Cosines
4.2.2
Using Law of Cosines (SAS)
4.2.3
Using Law of Cosines (SSS)
4.2.4
Area of an oblique triangle
4.2.5
Exercises
4.3
Geometric Vectors
4.3.1
Geometric Vectors
4.3.2
Equivalent Vectors
4.3.3
Vector Addition
4.3.4
Multiplying Vectors by a Scalar
4.3.5
Vector Subtraction
4.3.6
Velocity
4.3.7
Exercises
4.4
Coordinate Vectors
4.4.1
Vectors in Coordinates
4.4.2
Properties of Addition, Length, and Scalar Multiplication
4.4.3
Finding a Unit Vector
4.4.4
Vector Components and Direction
4.4.5
Velocity
4.4.6
Exercises
Back Matter
chevron_left
Bibliography
A
An Introduction to the Canoes in This Book
A.1
Alingano Maisu
A.2
Faʻafaite
A.3
Gaualofa
A.4
Haunui
A.5
Hawaiʻiloa
A.6
Hinemoana
A.7
Hōkūleʻa
A.8
Kānehūnāmoku
A.9
Mānaiakalani
A.10
Marumaru Atua
A.11
Paikea
A.12
Te Matau a Māui
A.13
Uto ni Yalo
A.14
Vaka Moana
Glossary (Math)
Glossary (Canoe and Wayfinding)
Index
Section
A.1
Alingano Maisu
The Alingano Maisu is a double-hulled voyaging canoe built in Kawaihae in 2007 by members of Na Kalai Waʻa Moku o Hawaiʻi as a gift to Mau Piailug and the people of Satawal. It is the sister canoe to Makaliʻi.
🔗
🔗
