00:01
Hi, i'm david and i'm here to help you and see the question.
00:03
In the question here, we're given the 24 datasets, so let me bring it up here.
00:09
And from the dataset here, first of all, we need to build up the table on the frequency.
00:15
So i will have this going to mean the value.
00:20
And the value here can be taking the value of the 0, and then it can take the volume the 1, 2, 3, 4, if we have the 6th, we don't have the 5, and we don't have the 7, we have the 8, we don't have it, now we have the 10, and we have the 11.
00:40
And then the next one will be the frequency.
00:43
The frequency for the 0, we have the 1, 2, 3, 4, 5, so we have 5 of them.
00:50
For the 1, we have the 1, 2, 3, 4, 4 here, 5, so we have 5 of them.
00:58
For the two, we have the one, two, two of them.
01:03
For the three, we have one, two, two of them.
01:08
For the four, we have one, two.
01:11
For the six, we have one.
01:14
For the eight, we will have one, two.
01:17
For the ten, we will have one.
01:23
And then for, i'm sorry, this will be one only.
01:27
For the 11, we have one.
01:29
So therefore, the total we have the 20, 24.
01:32
So let me make sure here 5 plus 5 plus 2 plus 2 plus 2 plus 1 plus 2 plus 1 plus 1 plus 1 then again equal to this is not evil equal to the 24 so i want to make sure that we have the total will be the 24 1 2 3 4 6 7 8 9 10 11 12 13 13 15 16 17 17 19 20 so we have 10 19 20 so we have 10 24 of them and i can count the one wrong here so let me count the one again we have one two three four only so this one will be four and it will be the first column for the frequency the next one asked me to find the column of the relative frequency so the relative frequency it will have we have to count the total here will be the 20 and then the rate of frequency equal to the 5 divided 20.
02:38
Then we get equal to the 0 .25.
02:42
Listen 4 out of 20 equal to the 0 .0 .2 out of 20 equals to the 0 1.
02:48
2 out of 20 equal to the 0 1.
02:54
2 out of 20 equal to the 0 1...