00:01
Hi, so we are given a table in regards to for a g squared, a goodness of fit test about a uniform distribution.
00:17
So we just need to complete the table.
00:19
So what are the quantities that we have been given in the table? so let's say the categories is the first term here.
00:27
Then the second one is observed frequency, expected frequency, expected frequency.
00:36
So categories have been given like 1, 2, 3 and 4.
00:42
Observed frequencies have been given 33, 45, 42 and 37.
00:50
So we just have to complete the table.
00:52
So basically here we have to test the null hypothesis as the categories are uniformly distributed and for the null hypothesis, sorry for alternative this is h1, we have to set the categories are, categories are not uniformly distributed, uniformly distributed.
01:24
So according to given, if you see that total of observed frequency, capital of n is 157 of the reading.
01:34
So under the null hypothesis, the expected frequencies for each categories are expected frequencies for each categories as 1, 2, 3 and 4 is what the n by 4...