The statistical software output for this problem is :
Approximate summary statistics:
Using counts in F
Column | Mean |
---|---|
L T | 51.833333 |
Mean = 51.8 degrees
Option D) is correct
Find the mean of the data summarized in the given frequency distribution. Compare the computed mean...
Find the mean of the data summarized in the given frequency distribution. Compare the computed mean to the actual mean of 51.3 miles per hour. Speed (miles per hour) 42minus−45 46minus−49 50minus−53 54minus−57 58minus−61 Frequency 23 12 66 44 22 The mean of the frequency distribution is___miles per hour. (Round to the nearest tenth as needed.) Which of the following best describes the relationship between the computed mean and the actual mean? A.The computed mean is not is not close...
Ques Find the mean of the data summarized in the given frequency distribution Compare the computed mean to the actual mean of 47.1 miles per hour. Speed (miles per hour) 42-45 46 - 49 50 - 53 54-57 58-61 Frequency 29 15 7 4 1 The mean of the frequency distribution is miles per hour. (Round to the nearest tenth as needed) Which of the following best discribes the relationship between the computed mean and the actual mean? A. The...
Find the mean of the data summarized in the given frequency distribution. Compare the computed mean to the actual mean of 57.4 degrees. Low Temperature (°F) Frequency 40-44 1 45-49 5 50-54 9 55-59 5 60-64 1
Find the mean of Low Temperature ( F) 40-44 45-49 50-54 55-59 60-64 computed mean to the actual mean of 51.1 degrees. 3 5 11 5 Round to the nearest tenth as needed.) Which of the following best describes the relationship between the computed mean and the actual mean? O B. The computed mean is close to the actual mean because the diference between the means is less than 5%. ° C. The computed mean is close to the actual...
Find the mean of the data summarized in the given frequency distribution. Compare the computed mean to the actual mean of 51.6 degrees. Low Temperature (circleF) 40minus44 45minus49 50minus54 55minus59 60minus64 Frequency 3 5 12 4 2
Find the mean of the data summarized in the given frequency distribution. Compare the computed mean to the actual mean of 47.1 miles per hour. Speed (miles per hour) 42minus45 46minus49 50minus53 54minus57 58minus61 Frequency 25 12 6 4 1 The mean of the frequency distribution is nothing miles per hour.
In Exercises 29–32, find the mean of the data summarized in the frequency distribution. Also, compare the computed means to the actual means obtained by using the original list of data values, which are as follows: (Exercise 29) 36.2 years; (Exercise 30) 44.1 years; (Exercise 31) 224.3: (Exercise 32) 255.1. 30. 29. Frequency Age (yr) of Best Actress When Oscar Was Won 20-29 28 30-39 Frequency 29 34 14 3 5 Age (yr) of Best Actor When Oscar Was Won...
Find the standard deviation, s, of sample data summarized in the frequency distribution table given below by using the formula below, where x represents the class midpoint, f represents the class frequency, and n represents the total number of sample values. Also, compare the computed standard deviation to the standard deviation obtained from the original list of data values, 9.0. n [ (tox?)]- [><f• x))? S= n(n-1) 40-49 50-59 70-79 80-89 Interval Frequency 30-39 3 60-69 18 24 39 8...
Construct the cumulative frequency distribution for the given data. Daily Low (degrees°F) Frequency 35-39 3 40-44 2 45-49 6 50-54 15 55-59 5 60-64 5 65-69 1 Construct the cumulative frequency distribution. Daily Low Temperature (degrees°F) Cumulative Frequency Less than 40 Less than 45 Less than 50 Less than 5 Less than 60 Less than 65 Less than 70
Find the mean of the data summarized in the given frequency distribution. 13) The test scores of 30 students are summarized in the frequency distribution below. Find the mean score. Scores Students 20 - 39 1 40 - 59 2 60- 79 5 80- 99 20 100 - 119 2