Here is a data set that has a nearly normal distribution.
data |
data |
data |
data |
46.17 |
58.83 |
54.96 |
37.24 |
45.04 |
32.23 |
51.38 |
34.62 |
45.89 |
39.23 |
66.26 |
55.94 |
48.27 |
56.9 |
54.72 |
60.36 |
63.15 |
39.61 |
38.86 |
34.46 |
55.08 |
58.74 |
61.95 |
57.62 |
49.37 |
41.42 |
55.71 |
47.01 |
53.15 |
27.42 |
40.76 |
28.65 |
40.71 |
62.1 |
44.85 |
60 |
50.07 |
43.25 |
51.55 |
65 |
In building a Frequency Distribution Table for this data set, you
need to know how many values are in the class from 60 to 65. You
decided that each class will include the lower class limit, but not
the upper class limit. So, how many values are there in the
interval [60,65)?
Here is a data set that has a nearly normal distribution. data data data data 46.17...
Here is a data set that has a nearly normal distribution. data data data data 66.61 57.1162.7942.24 70.95 68.75 52.5170.31 45.05 66.7240.6641.99 64.35 51.93 42 35.06 58.83 47.8856.8348.52 49.3 37.56 47.86 61.21 29.09 37.45 47.553.96 42.83 40.3849.9451.69 60 65 55.5650.27 60.33 39.54 45.8236.27 In building a Frequency Distribution Table for this data set, you need to know how many values are in the class from 60 to 65. You decided that each class will include the lower class limit, but...