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Mark Bernstein shows that much of the culture that surrounds American football, both good and bad, has its roots in the Ivy League. With their long winning streaks, distinctive traditions, and impressive victories, Ivy teams started a national obsession with football in the first decades of the twentieth century that remains alive today. In so doing they have helped develop our ideals about the role of athletics in college life.

Algebra & Geometry: An Introduction to University Mathematics provides a bridge between high school and undergraduate mathematics courses on algebra and geometry. The author shows students how mathematics is more than a collection of methods by presenting important ideas and their historical origins throughout the text. He incorporates a hands-on approach to proofs and connects algebra and geometry to various applications. The text focuses on linear equations, polynomial equations, and quadratic forms. The first several chapters cover foundational topics, including the importance of proofs and properties commonly encountered when studying algebra. The remaining chapters form the mathematical core of the book. These chapters explain the solution of different kinds of algebraic equations, the nature of the solutions, and the interplay between geometry and algebra

This new biography of JFK offers a comprehensive analysis of the man, the leader, and the cultural icon. Mark White, the leading authority in Britain on JFK, draws on more than 30 years of research to provide a nuanced portrait of one of the most iconic figures in American and world history. John F. Kennedy was a president like no other, with a movie star's public image and an extraordinary private life. He was no less remarkable politically, with his achievements including the resolution of the 1961 Berlin crisis and the Cuban missile crisis, the Nuclear Test Ban Treaty, and a strong commitment to civil rights. This book provides what no previous biography has: an in-depth analysis of not only JFK's political life, particularly his record as a policymaker in the White House, but also his private life, his role as a cultural icon, and what might have happened to a Kennedy presidency had he not been assassinated. This sophisticated, multi-dimensional biography sheds new light on JFK's life and legacy, and makes a compelling case for why he was the finest president of his generation.

The authors explore recent progress in theoretical & experimental studies of motor control, from the perspective of practitioners who work with patients that have motor disorders. The text also develops new approaches to motor rehabilitation.

Classics in Movement Science begins with a through and provocative introductory chapter on the beginnings of movement science, which sets the stage for the rest of the book. It presents 13 classical papers from famous scientists.

A Beginner’s Guide to Mathematical Proof prepares mathematics majors for the transition to abstract mathematics, as well as introducing a wider readership of quantitative science students, such as engineers, to the mathematical structures underlying more applied topics. The text is designed to be easily utilized by both instructor and student, with an accessible, step-by-step approach requiring minimal mathematical prerequisites. The book builds towards more complex ideas as it progresses but never makes assumptions of the reader beyond the material already covered. Features No mathematical prerequisites beyond high school mathematics Suitable for an Introduction to Proofs course for mathematics majors and other students of quantitative sciences, such as engineering Replete with exercises and examples

Progress in Motor Control, Volume Two, features 12 chapters by internationally known researchers in the field of motor control. Comprehensive and up to date, the reference reflects the spirit of the great Nikolai Bernstein, one of the founders of the area now defined as motor control and a significant contributor to the structure-function controversy. Progress in Motor Control, Volume Two, preserves many of the features that made the first volume a state-of-the-art reference and presents these new features: -A reader-friendly design -More than 170 figures to illustrate the scientific ideas expressed -Many up-to-date references to help readers find the most current research in the field Less theoretical than the first volume, this book provides readers with valuable information on these subjects: -The direct relations of the motor function to neurophysiological and/or biomechanical structures -The role of the motor cortex and other brain structures in motor control and motor learning -The multidimensional and temporal regulation of limb mechanics by spinal circuits In this unique forum, prominent motor control scientists contribute varying viewpoints on different aspects of structure-function relations. These prominent scholars include scientists from the former Soviet Union who either knew Bernstein personally or worked closely with his students, biomechanists and neurophysiologists who focus on the role of particular body structures in the movement of production, and clinicians who analyze changes in movements with children and adults with neurological disorders. The book also gives an overview of the disagreement between Ivan Pavlov and Nikolai Bernstein, which is one of the most fascinating and controversial disagreements in the history of contemporary neurophysiology. Whether you're a researcher, or graduate or postdoctoral student, Progress in Motor Control, Volume Two, thoroughly summarizes the latest motor control issues, research, and theories, and it identifies problems in need of investigation.

This concise monograph by a well-known mathematician shows how probability theory, in its simplest form, arises in a variety of contexts and in many different mathematical disciplines. 1959 edition.

Professor Kac's monograph is designed to illustrate how simple observations can be made the starting point of rich and fruitful theories and how the same theme recurs in seemingly unrelated disciplines. An elementary but thorough discussion of the game of "heads or tails," including the normal law and the laws of large numbers, is presented in a setting in which a variety of purely analytic results appear natural and inevitable. The chapter "Primes Play a Game of Chance" uses the same setting in dealing with problems of the distribution of values of arithmetic functions. The final chapter "From Kinetic Theory to Continued Fractions" deals with a spectacular application of the ergodic theorems to continued fractions. Mark Kac conveyed his infectious enthusiasm for mathematics and its applications in his lectures, papers, and books. Two of his papers won Chauvenet awards for expository excellence.