dhyper(x, N1, N2, n) phyper(x, N1, N2, n) qhyper(p, N1, N2, n) rhyper(nobs, N1, N2, n)
N1
| the number of white balls in the population. |
N2
| the number of black balls in the population. |
n
| the number of balls drawn from the urn. |
p
| probability, it must be between 0 and 1. |
nobs
| the number of observations to be generated. |
N1, N2 and n.
dhyper gives the density, phyper gives the distribution
function qhyper gives the quantile function and rhyper
generates random deviates.
The hypergeometric distribution has density
Equations will come with HTML3
for x = 0, ..., n.