Practical Theories & Formulas for Engineering, Physics & Math

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Summerland Publishing, Jul 1, 2004 - Mathematics - 121 pages
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Practical Theories & Formulas for Engineering, Physics and Math by Jorgen Andersson has been called four years of engineering college in one book. With this book, you have knowledge and education at your fingertips to inspire you. During your educational studies, you may find the short examples with graphs helpful. If you have already finished your education, this book is a one of a kind resource to fall back on. Enhance your knowledge by rediscovering the creativity in mathematics and its applications.
 

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Contents

Algebra
7
Percentage
10
Equation for a LinePlane
11
Quadratic Formula
12
Ellipse
13
Interpolation and Extrapolation
14
Series
15
Volume and Area
16
Rotating Motion of Object
56
Rotation and Gravity
57
Tension
58
Bending of Beam on Rotating Movable Stand
60
Pressure
61
Venturi Pipe
62
Use of Pressure in a Piston System
63
Heat
64

Functions
17
Logarithm and Exponents
18
Trigonometry Functions
19
Complex Numbers
21
Derivatives
22
Derivatives Used to Find Singular Limits
23
Derive fx
24
Partial Derivatives
25
Numerical Method to Find fx0
26
Integrals
27
Integrating for Area and Volume
28
Integrating Arcs
29
Shell Integral
30
Integration by Parts
31
Integration by Substitution
33
Integration by Using Partial Fractions
34
Transforms
35
Laplace Transform
36
Fourier Transform
38
Vectors and Matrixes
39
Vector Product
40
X Product
41
Matrix Multiplication
42
Statistics
43
Standard Distribution
45
Linear Regression
46
Probability
47
Engineering and Physics
48
Motion and Mechanics
50
Friction with Friction Coefficient
51
Projectile Motion
52
Center of Gravity
53
Work and Power
54
Momentum and Impulse
55
Electrical
65
Equation System Using Matrix Inversion
67
Electronic Voltage Divider by Resistors
68
Resistors
69
Capacitors
70
Inductor
71
Diode
73
RMS Values for Waveforms
78
Regulating systems
79
System With Feedback
80
Z Transform For Sample Time h
81
System State Representation and Transfer Function
82
The Closed Loop Transfer Function and its Z Transform
83
The Open Sampled System on State Form
84
Adding Integration to the Closed Sampled System
85
Waves
86
Reflection
88
Sound
89
Light
90
Optical Formulas
91
Concave Lens
92
Light Bending by Change of Media
93
Concave Mirror with Radius
94
Interference From 2 x slit
96
Atomic Formulas
97
Relativity to Think About
98
Templates
99
C++ Code Sample
100
Constants and Conversion Factors
104
Prefixes
105
Units
106
Unit Conversion
107
Index
110
Copyright

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