The number of social interactions of ten minutes or longer over a one-week period for a group of college students is given in the following frequency table. (These interactions excluded family and work situations.) Find the mean, median, mode, and midrange for these data.

The number of social interactions of ten minutes or longer over a one-week period for a group of college students is given in the following frequency table. (These interactions excluded family and work situations.) Find the mean, median, mode, and midrange for these data. 6 8 12 18 21 29 32 37 44 46 14 17 17 17 12 13 3 2 2 2 Social interactions in a week: x Number of college students: f The mean is approximately (Round to the nearest tenth as needed.) CH

The number of social interactions of ten minutes or longer over a​ one-week period for a group of college students is given in the following frequency table.​ (These interactions excluded family and work​ situations.) Find the​ mean, median,​ mode, and midrange for these data.   Social interactions in a​ week: x 2 9 14 17 23 29 31 37 41 46     Number of college​students: f 14 17 17 17 12 13 4 3 3 3

(3) A study was conducted on the amount of time drivers wait for a stoplight to change at a particular intersection. The amount of time spent by 300 drivers was recorded and the resulting data were used to create the following boxplot. Boxplot of time The mean amount of time spent at this traffic light was A. greater than the median. B. less than the median. C. about the same as the median. D. It is impossible to tell without the standard deviation.

Consider the following data. Step 2 of 3: Determine the median of the given data. Answer How to enter your answer (opens in new window) 5, 12, 5, 12, 5, – 12, -7

The following refer to the following data set: 38.8 58 58 15.8 58 24.7 48.2 21 35.8 31.1 What is the arithmetic mean of this data set?mean = What is the median of this data set?median = What is the mode of this data set?mode =

Use the table for questions 1a, b,c, Number of hours spent sleeping at night 5 8 6 7 4 9 8 7 5 9 8 10 7 7 8 6 8 8 7 8 9 8 7 5 9 10 7 8 8 6   1a. Find the measurer of central tendency for the data. Mean: Median: Mode: 1b. Which measure of central tendency so you think gives the best indication of the number of hours the “typical” person spends sleeping each night? Explain 1c. Suppose another person was surveyedwho said that he spends 3 hours sleeping at night. How would this affect the mean, median and mode? 2A. Use the given data set to solve the following problems 100, 129,105,97,112,103,241,110,117,18. Find the a) mean b) median c) mode   B) What effect dose removing the outlier have on each measure of central tendency a) mean   b) Mode c) Median   3. Gray has taken an aptitude test 8 times and his scores are 96,98,105,36,87,95, and 93. Which measure of central tendency is most appropriate for his score?

Business has been​ good! As a​ result, Benjamin has a total of​ $25,000 in bonus pay to distribute to his employees. One option for distributing bonuses is to give each employee​ (including himself)​ $2,500. Add the bonuses under this plan to the original salaries to create a new data set. Recalculate the​ mean, median, and mode. How do they compare to the​ originals?

The following data describes grades of students in physics. Complete the frequency table for this data. 91.3.96.7,91.4, 88.4.92.8, 96.7, 82.4, 87.3, 85.7, 95.2, 81.2, 93.2, 85.9, 84.9, 85.8, 83.5, 88.6, 82. I Determine the frequency of each class in the table shown. Grades of Students in Physics Class Frequency 78.0-81.9 82.0-85.9 86.0-89.9 90.0-93.9 94.0-97.9

Find the mean, median, and mode for the scores in the following frequency distribution table: X f 6 1 5 2 4 2 3 2 2 2 1 5