Nicholas P. Cheremisinoff, Louise Ferrante

Engineering Mathematics and Statistics (eBook, PDF)

Pocket Handbook

• Format: PDF

Produktbeschreibung

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. It is a compilation of useful formulas and generalised problem-solving techniques employed by practitioners in the analysis and interpretation of scientific data and problem solving. Written in short note form, it is intended to provide the user with a quick, easy reference to information with ample references provided for further readings. Illustrated examples are included for more involved problem-solving methods. Many of the techniques are well suited to adaptatation on personal computers and there are more detailed instructions included to guide and illustrate computer aided problem solving.

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Produktdetails

• Verlag: Taylor & Francis eBooks
• Seitenzahl: 200
• Erscheinungstermin: 13. Dezember 2018
• Englisch
• ISBN-13: 9781351450980
• Artikelnr.: 54796295

Autorenporträt

Nicholas P. Cheremisinoff, Louise Ferrante

Inhaltsangabe

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-Year's
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. Bartlett's 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. Kendall's 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. Spearman's 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