Trigonometry and Limit story (Python & Math Series)
Trigonometry and Limit story (Python & Math Series) by Hyun Seok Son
English | March 24, 2019 | ISBN: N/A | ASIN: B07PZ66J9X | 96 pages | AZW3 | 1.01 Mb
English | March 24, 2019 | ISBN: N/A | ASIN: B07PZ66J9X | 96 pages | AZW3 | 1.01 Mb
This book aims to understand the concept of trigonometric functions and limits by applying python's sympy module mainly. Trigonometric functions and limits are part of the "python, math story series" and are an essential part of dealing with differentials and integrations in particular. Chapter 1 introduces python in general, and Chapter 2 introduces concepts and sympy functions to derive various formulas of trigonometric functions. Chapter 3 introduces limitations in the same format. The python functions used in all chapters are listed by the appendix.
1 Python
1.1 Python
1.1.1 How it works
1.1.2 Python's base type
1.1.3 Module
1.1.4 for and if statements
for statement
if statement
User Defined Function
1.2 Some Modules
1.2.1 Numpy and Pandas
1.2.2 sympy
2 Trigonometric Functions
2.1 Overview
2.2 Trigometric graph
2.3 Trigonometry formula
2.3.1 cosine rule
cosine first rule
cos second rule
2.3.2 Sin Rule
2.3.3 Sum formula
2.3.4 Sum to product, prodcut to sum
2.3.5 Double formula
2.3.6 Half formula
2.4 Inverse Trigonometry
3 Limit
3.1 Tangent and Scant Line
3.2 Limit concept
3.3 Continuity
3.4 Limit characteristics
3.5 Convergent and Divergent
Appendix 1 Python functions
1.1 Python
1.1.1 How it works
1.1.2 Python's base type
1.1.3 Module
1.1.4 for and if statements
for statement
if statement
User Defined Function
1.2 Some Modules
1.2.1 Numpy and Pandas
1.2.2 sympy
2 Trigonometric Functions
2.1 Overview
2.2 Trigometric graph
2.3 Trigonometry formula
2.3.1 cosine rule
cosine first rule
cos second rule
2.3.2 Sin Rule
2.3.3 Sum formula
2.3.4 Sum to product, prodcut to sum
2.3.5 Double formula
2.3.6 Half formula
2.4 Inverse Trigonometry
3 Limit
3.1 Tangent and Scant Line
3.2 Limit concept
3.3 Continuity
3.4 Limit characteristics
3.5 Convergent and Divergent
Appendix 1 Python functions