These pictures give a rough idea of how well (or not well) the normal distribution approximates the binomial distribution for increasing values of $n$. Specifically, we have $n$ going from 1, 2, 3, 4, 5, 10, 20, 30, 40, 50, 100, 200, 300, 400, 500. Note that the $y$-axis does not necessarily intersect the origin and that the range of values of both axes are changing as well.
 |
| $n=1$ |
 |
| $n=2$ |
 |
| $n=3$ |
 |
| $n=4$ |
 |
| $n=5$ |
 |
| $n=10$ |
 |
| $n=20$ |
 |
| $n=30$ |
 |
| $n=40$ |
 |
| $n=50$ |
 |
| $n=100$ |
 |
| $n=200$ |
 |
| $n=300$ |
 |
| $n=400$ |
 |
| $n=500$ |
No comments:
Post a Comment