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Borin Van Loon,Eileen Magnello

Statistics

From the medicine we take, the treatments we receive, the aptitude and psychometric tests given by employers, the cars we drive, the clothes we wear to even the beer we drink, statistics have given shape to the world we inhabit. For the media, statistics are routinely 'damning', 'horrifying', or, occasionally, 'encouraging'. Yet, for all their ubiquity, most of us really don't know what to make of statistics. Exploring the history, mathematics, philosophy and practical use of statistics, Eileen Magnello — accompanied by Bill Mayblin's intelligent graphic illustration — traces the rise of statistics from the ancient Babylonians, Egyptians and Chinese, to the censuses of Romans and the Greeks, and the modern emergence of the term itself in Europe. She explores the 'vital statistics' of, in particular, William Farr, and the mathematical statistics of Karl Pearson and R.A. Fisher.She even tells how knowledge of statistics can prolong one's life, as it did for evolutionary biologist Stephen Jay Gould, given eight months to live after a cancer diagnoses in 1982 — and he lived until 2002. This title offers an enjoyable, surprise-filled tour through a subject that is both fascinating and crucial to understanding our world.
373 printed pages
Copyright owner
Bookwire
Original publication
2014
Publication year
2014
Publisher
Icon Books
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Impressions

  • Дмитрийshared an impression4 years ago

    Hell of a book! It provides vital knowledge for the vast amount of modern people!

Quotes

  • Oksana Shishkinahas quoted7 years ago
    Siméon-Denis Poisson (1781–1840), is a discrete probability distribution used to describe the occurrence of unlikely events in a large number of independent repeated trials. The Poisson is a good approximation to the binomial distribution when the probability is small and the number of trials is large
  • Shubhankar Zingrehas quoted10 months ago
    discrete probability distribution used to describe the occurrence of unlikely events in a large number of independent repeated trials. The Poisson is a good approximation to the binomial distribution when the probability is small and the number of trials is large.
  • Shubhankar Zingrehas quoted10 months ago
    der or political affiliation). Quantities that can be measured are called continuous

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