Respuesta :
See the attached picture for the histogram. To accomplish this manually, we would have to find the minimum and maximum (1 to 18), decide on the bin size (I used 1 here), and list the frequency of each result. In this case:
1-2 wins - 2
3 wins - 1
4 wins - 2
6 wins - 1
7 wins - 1
8 wins - 1
12 wins - 1
13 wins - 1
15 wins - 2
16 wins - 1
18 wins - 1
Then these are plotted on the histogram.
1-2 wins - 2
3 wins - 1
4 wins - 2
6 wins - 1
7 wins - 1
8 wins - 1
12 wins - 1
13 wins - 1
15 wins - 2
16 wins - 1
18 wins - 1
Then these are plotted on the histogram.
![Ver imagen Blitztiger](https://us-static.z-dn.net/files/dbe/a08b9874c57d8e468e2c3e3546548d98.png)
Answer:
A histogram is attached.
Step-by-step explanation:
The data spans from 1 to 18. If we go from 0 to 18, and use 6 bars, this makes each bar 3 units wide.
The boundaries of the first class would range from 0.5-3.5; the second class, 3.5-6.5; the third class, 6.5-9.5; the fourth class, 9.5-12.5; the fifth class, 12.5-15.5; and the sixth class, 15.5-18.5.
The frequency of the first class would be 3. This is because 3 values fall within it. The frequency of the second class is 3; the third class has a frequency of 2; the fourth class has a frequency of 1; the fifth class has a frequency of 3; and the last class has a frequency of 2.
![Ver imagen MsEHolt](https://us-static.z-dn.net/files/d0f/2f00dd9b13eb8fdfc1a011f3a62e8874.jpg)