using 500 observations of
(xbar - 1/3)/sqrt(2/9/n)'s
when sampling from a
triangular-shaped distribution.
n triangular-shaped random variables.
random variables, transformed,
with N(0, 1) p.d.f.
theoretical combined with
N(0, 1) p.d.f.
| Figure 5.4-3: Empirical Evidence
using 500 observations of (xbar - 1/3)/sqrt(2/9/n)'s when sampling from a triangular-shaped distribution. |
|
| Figure 5.4-3: p.d.f. of
sum of
n triangular-shaped random variables. |
|
| Figure 5.4-3: Sum of n triangular-shaped
random variables, transformed, with N(0, 1) p.d.f. |
|
| Figure 5.4-3: Empirical and
theoretical combined with N(0, 1) p.d.f. |
|