Question

The following data represent trunk circumferences (in mm) for a random sample of 60 four-year-old apple trees at East Malling Agriculture Research Station in England. 108 99 106 102 115 120 120 117 122 142 106 111 119 109 125 108 116 105 117 123 103 114 101 99 112 120 108 91 115 109 114 105 99 122 106 113 114 75 96 124 91 102 108 110 83 90 69 117 84 142 122 113 105 112 117 122 129 100 138 117 (b) Make a frequency table with seven classes showing limits, class boundaries, midpoints, frequencies, and relative frequencies. (Round your relative frequencies to two decimal places.) Class Limits Class Boundaries Midpoint Frequency Relative Frequency Cumulative Frequency

Name: the following data represent trunk circumferences in mm for a random sample of 60 four year old apple trees at east malling agriculture research station in england 108 99 106 102 115 120 120 00844
Uploaded: 2022-09-19T13:36:47-08:00
Duration: 6 min 42 s
Channel: Ahmet Yavas
Description: the following data represent trunk circumferences in mm for a random sample of 60 four year old apple trees at east malling agriculture research station in england 108 99 106 102 115 120 120 00844

          The following data represent trunk circumferences (in mm) for a random sample of 60 four-year-old apple trees at East Malling Agriculture Research Station in England.

108
99
106
102
115
120
120
117
122
142
106
111
119
109
125
108
116
105
117
123
103
114
101
99
112
120
108
91
115
109
114
105
99
122
106
113
114
75
96
124
91
102
108
110
83
90
69
117
84
142
122
113
105
112
117
122
129
100
138
117

(b) Make a frequency table with seven classes showing limits, class boundaries, midpoints, frequencies, and relative frequencies. (Round your relative frequencies to two decimal places.)

Class Limits
Class Boundaries
Midpoint
Frequency
Relative Frequency
Cumulative Frequency

Added by Elizabeth S.

Elementary Statistics a Step by Step Approach

Allan G. Bluman 9th Edition

Instant Answer

Solved by Expert Ahmet Yavas

09/19/2022

Step 1

- First, identify the smallest and largest values in the dataset. The smallest value is 69, and the largest value is 142. - Calculate the range: \( \text{Range} = \text{Largest value} - \text{Smallest value} = 142 - 69 = 73 \). Show more…

Show all steps

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The following data represent trunk circumferences (in mm) for a random sample of 60 four-year-old apple trees at East Malling Agriculture Research Station in England. 108 99 106 102 115 120 120 117 122 142 106 111 119 109 125 108 116 105 117 123 103 114 101 99 112 120 108 91 115 109 114 105 99 122 106 113 114 75 96 124 91 102 108 110 83 90 69 117 84 142 122 113 105 112 117 122 129 100 138 117 (b) Make a frequency table with seven classes showing limits, class boundaries, midpoints, frequencies, and relative frequencies. (Round your relative frequencies to two decimal places.) Class Limits Class Boundaries Midpoint Frequency Relative Frequency Cumulative Frequency