Fundamental Methods of Mathematical Economics

PART 1 Introduction <p>Chapter 1: The Nature of Mathematical Economics<p>Chapter 2: Economic Models<p>PART 2 Static (or Equilibrium) Analysis<p>Chapter 3: Equilibrium Analysis in Economics<p>Chapter 4: Linear Models and Matrix Algebra<p>Chapter 5: Linear Models and Matrix Algebra (continued)<p>PART 3 Comparative-Static Analysis<p>Chapter 6: Comparative Statics and the Concept of the Derivative<p>Chapter 7: Rules of Differentiation and their use in Comparative Statics<p>Chapter 8: Comparative-Static Analysis of General-Function Models<p>PART 4 Optimization Problems<p>Chapter 9: Optimization: A Special Variety of Equilibrium Analysis<p>Chapter 10: Exponential and Logarithmic Functions<p>Chapter 11: The Case of More Than One Choice Variable<p>Chapter 12: Optimization with Equality Constraints<p>NEW Chapter 13: Further Topics in Optimization (includes Envelope Theorem and Duality<p>PART 5 Dynamic Analysis<p>Chapter 14 Economic Analysis and Integral Calculus<p>Chapter 15 Continuous Time: First Order Differential Equations<p>Chapter 16 Higher-Order Differential Equations<p>Chapter 17 DiscreteTime: First Order Difference Equations<p>Chapter 18 Higher Order Difference Equations<p>Chapter 19 Simultaneous Differential Equations and Difference Equations<p>NEW Chapter 20: Introduction to Optimal Control Theory<p>