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Odd...! I couldn't replicate the problem you mention. I checked the online version of the EIWL book, as well as the printed version, and in both cases the sentences appear just as you suggest.
A few years ago I wrote this notebook which you may find helpful. It is in Spanish, but I have translated the relevant part for your question, if you go to button 3. &[Wolfram Notebook][1] [1]:...
Perhaps nicer: take a look at attached notebook
Perhaps it would be simpler to use `CDF[UniformDistribution[]]`. This gives the cumulative distribution function (or, more concisely, the *distribution function*) of a uniform distribution in the range {0, 1}. The CDF at x is, by definition, the...
Indeed! Very unlikely...
There is a nice work on this subject in "Un Divisor Silábico (Spanish)" from the Wolfram Demonstrations Project  [http://demonstrations.wolfram.com/UnDivisorSilabicoSpanish/][1] Contributed by: Jaime Rangel-Mondragon, which has the drawback of...
Thank you, John. This functionality is not really key for my use, though it would be nice to have. I hope something will come out in the future.
Oops, I guess we are using different apps. I'm using a beta Wolfram app which is essentially a cdf Player. The opening screen on my iPad appears below ![opening screen][1] I'm afraid that's it. [1]:...
Another approach: given a hand of 5 numbers -which in the case of poker are all integers between 1 and 13 (ace being 1 and J, Q, K being 11, 12, 13, respectively )-, say, {x1, x2, x3, x4, x5}, calculate testPair: testPair = Length[Gather[{x1,...
Thanks very much, Joel. I will give a try.