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Mathematical economics / [Jeffrey Baldani, James Bradfield, Robert Turner].

By: Contributor(s): Material type: TextPublication details: Mason, Ohio : Thomson/South-Western, c2005.Edition: 2nd edDescription: xvii, 542 p. : ill. ; 27 cmISBN:
  • 0324183321 (alk. paper)
Subject(s): DDC classification:
  • 330/.01/51 22
Contents:
Introduction to Mathematical Economics. Appendix: Calculus Review 2. Introduction to Mathematical Economic Applications. 3. Matrix Theory. 4. Applications of Matrix Theory to Linear Models. 5. Multivariate Calculus: Theory. 6. Multivariate Calculus: Applications. 7. Multivariable Optimization without Constraints: Theory. 8. Multivariable Optimization without Constraints: Applications. 9. Constrained Optimization: Theory. 10. Constrained Optimization: Applications. 11. Optimization with Inequality Constraints: Theory. 12. Optimization with Inequality Constraints. 13. Value Functions and the Envelope Theorem: Theory. 14. Value Functions and the Envelope Theorem: Duality and Other Applications. 15. Introduction to Difference and Differential Equations: Theory. 16. Difference and Differential Equations: Applications. 17. Static Games with Complete Information: Theory. 18. Static Games with Complete Information: Applications. 19. Dynamic Games with Complete Information: Theory. 20. Dynamic Games with Complete Information: Applications.
Summary: This textbook guides students through the most important techniques they need to understand in order to grasp economic concepts at an intermediate or advanced level.
Holdings
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Main RTC Library Main opac Main TEST 330 BAL Available 30012143
Total holds: 0

Includes index.

Introduction to Mathematical Economics. Appendix: Calculus Review 2. Introduction to Mathematical Economic Applications. 3. Matrix Theory. 4. Applications of Matrix Theory to Linear Models. 5. Multivariate Calculus: Theory. 6. Multivariate Calculus: Applications. 7. Multivariable Optimization without Constraints: Theory. 8. Multivariable Optimization without Constraints: Applications. 9. Constrained Optimization: Theory. 10. Constrained Optimization: Applications. 11. Optimization with Inequality Constraints: Theory. 12. Optimization with Inequality Constraints. 13. Value Functions and the Envelope Theorem: Theory. 14. Value Functions and the Envelope Theorem: Duality and Other Applications. 15. Introduction to Difference and Differential Equations: Theory. 16. Difference and Differential Equations: Applications. 17. Static Games with Complete Information: Theory. 18. Static Games with Complete Information: Applications. 19. Dynamic Games with Complete Information: Theory. 20. Dynamic Games with Complete Information: Applications.

This textbook guides students through the most important techniques they need to understand in order to grasp economic concepts at an intermediate or advanced level.

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