Book:K. Weltner/Mathematics for Engineers and Scientists
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K. Weltner and W.J. Weber: Mathematics for Engineers and Scientists
Published $\text {1976}$, Stanley Thornes
- ISBN 0-85950-120-5 (translated by J. Grosjean and P. Schuster)
Contents
- Preface
- 1. Functions
- 2. Exponential, Logarithmic and Hyperbolic Functions
- 3. Vector Algebra I: Scalars and Vectors
- 4. Vector Algebra II: Scalar and Vector Products
- 5. Differential Calculus
- 6. Integral Calculus
- 7. Applications of Integration
- 8. Taylor Series and Power Series
- 9. Complex Numbers
- 10. Differential Equations
- 11. Laplace Transforms
- 12. Functions of Several Variables; Partial Differentiation; and Total Differentiation
- 13. Multiple Integrals; Coordinate Systems
- 14. Transformation of Coordinates; Matrices
- 15. Sets of Linear Equations; Determinants
- 16: Eigenvalues and Eigenvectors of Real Matrices
- 17: Numerical Methods
- 18: Fourier Series; Harmonic Analysis
- 19: Probability Calculus
- 20: Probability Distributions
- 21: Theory of Errors
- Answers
- Index
Click here for errata
Source work progress
- 1976: K. Weltner and W.J. Weber: Mathematics for Engineers and Scientists ... (previous) ... (next): $1$. Functions: $1.1$ The Mathematical Concept of Functions: $1.1.1$ Introduction
From Next:
- 1976: K. Weltner and W.J. Weber: Mathematics for Engineers and Scientists ... (previous) ... (next): $1$. Functions: $1.5$ Trigonometric or Circular Functions: $1.5.2$ Sine Function
From Next:
- 1976: K. Weltner and W.J. Weber: Mathematics for Engineers and Scientists ... (previous) ... (next): $5$. Differential Calculus: Appendix: Derivatives of fundamental functions: $7.$ Inverse hyperbolic trigonometric functions
From Next:
- 1976: K. Weltner and W.J. Weber: Mathematics for Engineers and Scientists ... (previous) ... (next): $6$. Integral Calculus: Exercises: $6.1$ The Primitive Function: $1. \ \text {(a)}$
From Next:
- 1976: K. Weltner and W.J. Weber: Mathematics for Engineers and Scientists ... (previous) ... (next): $8$. Taylor Series and Power Series: Exercises: $8.2$ Expansion of a Function in a Power Series: $1. \ \text {(a)}$