| Summary |
This method uses integration techniques from Pure 1.
You
will need to know how to integrate basic polyniomials in x such a linear,
quadratic or cubic functions, and then how to substitute the
limits.
A note
about graphic calculators A
graphic calculator, for example the TI-83 or similar model,
can work out definite integrals for you for you.
Using the pdf
defined above: P(X < 1) is given by
fnInt((1/108)X(6-X)2,X,0,1) = .1319444444 P(1 < X
< 2) is given by
fnInt((1/108)X(6-X)2,X,1,2) = .275462963 |
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