The Concise Oxford Dictionary of Mathematics

by Christopher Clapham, James Nicholson

Authoritative and reliable, this superb reference contains more than 3,000 alphabetically arranged entries, providing clear jargon-free definitions of even the most technical mathematical terms. Ranging widely from Achilles paradox to zero matrix , the dictionary uses graphs, diagrams, and
charts to render definitions as comprehensible as possible, offering an ideal introduction to subjects such linear algebra, optimization, nonlinear equations, and differential equations. The Dictionary covers both pure and applied mathematics as well as statistics, and there are entries on major
mathematicians and on mathematics of more general interest, such as fractals, game theory, and chaos. The volume also contains valuable appendices of useful and relevant extra information, including lists of Nobel Prize winners and Fields medalists and lists of formulae. Fully revised and updated,
this edition features many entry-level web links, which are accessible and continually updated via the Dictionary of Mathematics companion website, making the book indispensable for students and teachers of mathematics and for anyone encountering mathematics in the workplace.

Genres: Mathematics, Reference, Nonfiction, Dictionaries

528 pages, Paperback

First published January 1, 1990

Reviews

[Aidan J. Horn]

If you want to buy this dictionary, don't buy the 4th edition. There is a newer edition (currently the 5th edition is the newest edition). The 4th edition is not comprehensive enough and leaves out these terms:
• arity
• class (of x), written as [x]
• commutativity (of maps)
• determinant (from the quadratic formula: b^2-4ac)
• endomorphism
• functor
• idempotent
• kernel / null space (but 'nullity' is defined)
• kernel equivalence
• level curve/surface (f(x, y, z) = a constant)
• magma/groupoid
• monoid
• monomorphism
• nabla (although 'gradient (grad)' is defined as the vector obtained by applying the del operator)
• natural map / canonical map (π : X→X/E)
• similar matrices (If Q^(-1) A Q = B then A and B are similar)
• simply-connected region
• standard basis (although the equivalent term 'canonical basis' is included)
• standard product
• uniform convergence

[Ray A]

Reference book meets the need.

[Colin Twemlow]

geeeeeeeeeeeEEEEEeeeeeeeek