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| m (New page: {{stub-general}} Apparently, the so-called '''random walk''' problem was set out by Karl Pearson in a letter to Nature in 1905 (Ref. 1) <blockquote> "A man starts from a point O and walks ...) | Carl McBride (talk | contribs)  m (→See also:   Changed internal link) | ||
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| Apparently, the so-called '''random walk''' problem was set out by Karl Pearson in a letter to Nature in 1905 ( | Apparently, the so-called '''random walk''' problem was set out by Karl Pearson in a letter to Nature in 1905 <ref>[http://dx.doi.org/10.1038/072294b0 Karl Pearson "The Problem of the Random Walk", Nature '''72''' p. 294 (1905)]</ref> | ||
| <ref>[http://dx.doi.org/10.1038/35099646 Ian Stewart "Mathematics: Where drunkards hang out", Nature '''413''' pp. 686-687 (2001)]</ref> | |||
| <blockquote> "A man starts from a point O and walks l yards in a straight line; he then turns through any angle whatever and walks another l yards in a second straight line. He repeats this process n times. I require the probability that after these n stretches he is at a distance between r and r + dr from his starting point, O."</blockquote> | <blockquote> "A man starts from a point O and walks l yards in a straight line; he then turns through any angle whatever and walks another l yards in a second straight line. He repeats this process n times. I require the probability that after these n stretches he is at a distance between r and r + dr from his starting point, O."</blockquote> | ||
| ==See also== | |||
| *[[Asphericity]] | |||
| *[[Ideal chain model]] | |||
| ==References== | ==References== | ||
| <references/> | |||
| [[category: polymers]] | [[category: polymers]] | ||
Latest revision as of 16:23, 15 November 2017
Apparently, the so-called random walk problem was set out by Karl Pearson in a letter to Nature in 1905 [1] [2]
"A man starts from a point O and walks l yards in a straight line; he then turns through any angle whatever and walks another l yards in a second straight line. He repeats this process n times. I require the probability that after these n stretches he is at a distance between r and r + dr from his starting point, O."
