| Title : | Introductory mathematical methods in economics | | Material Type: | printed text | | Authors: | Mik Wisniewski | | Publisher: | London : McGraw-Hill | | Publication Date: | 1991 | | Pagination: | xi, 257 p. | | Layout: | ill. | | Size: | 25 cm | | ISBN (or other code): | 978-0-07-707407-4 | | General note: | Designed for undergraduates studying economics or business and introduces the student to the economist's most useful set of analytical tools-mathematical techniques.
The text focuses on the usefulness of mathematical techniques in economics rather than on mathematical theorems and proofs. | | Class number: | 330.0151 | | Abstract: | | | Contents note: | 1. Introduction, 2. Mathematics and economic relationships, 3. Linear models in economics, 4. Matrix algebra, 5. Economic applications of matrix algebra, 6. Non-linear models and differential calculus, 7. Derivitatives and economics, 8. Optimization, 9. Optimization in economics analysis, 10. Functions of more than two variables, 11. Unconstrained optimization, 12. Constrained optimization, 13. Integration, 14. Expotential functions, 15. An itroduction to dynamics. |
Introductory mathematical methods in economics [printed text] / Mik Wisniewski . - London : McGraw-Hill, 1991 . - xi, 257 p. : ill. ; 25 cm. ISBN : 978-0-07-707407-4 Designed for undergraduates studying economics or business and introduces the student to the economist's most useful set of analytical tools-mathematical techniques.
The text focuses on the usefulness of mathematical techniques in economics rather than on mathematical theorems and proofs. | Class number: | 330.0151 | | Abstract: | | | Contents note: | 1. Introduction, 2. Mathematics and economic relationships, 3. Linear models in economics, 4. Matrix algebra, 5. Economic applications of matrix algebra, 6. Non-linear models and differential calculus, 7. Derivitatives and economics, 8. Optimization, 9. Optimization in economics analysis, 10. Functions of more than two variables, 11. Unconstrained optimization, 12. Constrained optimization, 13. Integration, 14. Expotential functions, 15. An itroduction to dynamics. |
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