This pocket handbook is intended as a handy reference guide for engineers, scientists and students on widely used mathematical relationships, statistical formulas and problem-solving methods, including illustrated examples for problem-solving methods.
Part A: Mathematics
1. Angle Between, Norm, and Dot Product of Vectors
2. Area of a Triangle (a, b, c)
3. Area of a Triangle (a, b, C)
4. Area of a
Triangle (a, B, C)
5. Area of a Triangle [ (x1, y1), (x2, y2), (x3, y3)]
6.
Circle Determined by Three Points
7. Compounded Amount
8. Depreciation
Schedules (Straight Line)
9. Depreciation Schedules (Sum-of-the-Years
Digits)
10. Depreciation Schedules (Variable Rate Declining Balance)
11.
Determinant and Inverse of a 2 × 2 Matrix
12. Determinant of a 3 × 3 Matrix
13. Direct Reduction Loan Interest Rate
14. Direct Reduction Loan Payment,
Present Value, Number of Time Periods
15. Direct Reduction Loan Accumulated
Interest, Remaining Balance
16. Direct Reduction Loan Amortization Schedules
17. Discounted Cash Flow Analysis
18. Geometric Relations
19. Inverse
Hyperbolic Functions
20. Linear Interpolation
21. Matrix Multiplication (2 ×
2)
22. Nomograph Construction
23. Polynomial Evaluation
24. Polygons
Circumscribed about a Circle
25. Polygons Inscribed in a Circle
26. Quadratic
Equations
27. Series Formulas
28. Simultaneous Equations
29. Sinking Fund
Payment, Future Value, Number of Time Periods
30. Triangle Solutions
31.
Trigonometric Relationships
32. Vector Products Part B: Statistics Formulas
and Data Regression
33. Bartletts Chi-Square Statistic
34. Bayes Formula
35. Behrens-Fisher Statistic
36. Binomial Distribution
37. Biserial
Correlation Coefficient
38. Bivariate Normal Distribution
39. Chi-Square
Distribution
40. Chi-Square Evaluation
41. Combination
42. Correlation
Coefficient
43. Covariance and Correlation Coefficient
44. Differences Among
Proportions
45. Dimensional Analysis
46. Error Function and Complementary
Error Function
47. Exponential Curve Fit
48. F Distribution
49. Gamma
Function
50. Generalized Mean
51. Geometric Mean
52. Harmonic Mean
53.
Hypergeometric Distribution
54. Inverse Normal Integral
55. Kendalls
Coefficient of Concordance
56. Kruskall-Wallis Statistic
57. Linear
Regression (Method of Least Squares Fit)
58. Logarithmic Curve Fit
59.
Logarithmic Normal Distribution
60. Mann-Whitney Statistic
61. Mean-Square
Successive Difference
62. Mean, Standard Deviation, Standard Error for
Grouped Data
63. Moments, Skewness and Kurtosis
64. Nested Designs
65. Normal
Distribution
66. One Sample Test Statistics for the Mean
67. Paired t
Statistic
68. Partial Correlation Coefficients
69. Permutation
70. Poisson
Distribution
71. Power Curve Fit
72. Polynomial Curve Fit
73. Probability of
No Repetitions in a Sample
74. Probit Analysis
75. Spearmans Rank
Correlation Coefficient
76. Standard Errors for Linear Regression
77.
Standardized Scores
78. t Distribution
79. t Statistic for Two Means
80.
Trimming
81. Weibull Distribution Parameter Calculation
Cheremisinoff\, Nicholas P.; Ferrante\, Louise
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