This is the second of a two-volume work intended to function as a textbook well as a reference work for economic for graduate students in economics, as scholars who are either working in theory, or who have a strong interest in economic theory. While it is not necessary that a student read the first volume before tackling this one, it may make things easier to have done so. In any case, the student undertaking a serious study of this volume should be familiar with the theories of continuity, convergence and convexity in Euclidean space, and have had a fairly sophisticated semester's work in Linear Algebra. While I have set forth my reasons for writing these volumes in the preface to Volume 1 of this work, it is perhaps in order to repeat that explanation here. I have undertaken this project for three principal reasons. In the first place, I have collected a number of results which are frequently useful in economics, but for which exact statements and proofs are rather difficult to find; for example, a number of results on convex sets and their separation by hyperplanes, some results on correspondences, and some results concerning support functions and their duals. Secondly, while the mathematical top ics taken up in these two volumes are generally taught somewhere in the mathematics curriculum, they are never (insofar as I am aware) done in a two-course sequence as they are arranged here.

Both a textbook for graduate students and a reference work for scholars The order of topics is adopted to the needs of economists Includes many useful examples

Autorentext
JAMES MOORE is an Emmy Award-winning TV news correspondent with more than a quarter century of print and broadcast experience. He has traveled extensively on every presidential campaign since 1976. His reports have appeared on CNN, NBC, and CBS. His professional honors include an Emmy from the National Academy of Television Arts and Sciences, the Edward R. Murrow Award from the Radio Television News Director's Association, and the Individual Broadcast Achievement Award from the Texas Headliners' Foundation.

Inhalt
7 An Introduction to Topology.- 8 Additional Topics in Topology.- 9 Correspondences.- 10 Banach Spaces.- 11 Topological Vector Spaces.- 12 Selection and Fixed Point Theorems.