I need 3b and 3c Cicrise gives you practice putting it all together The following table...
I need help with 3b,3c,3d This exercise also gives you practice with the ideas of Unit 1, Sections 4 ("Summaries for Qualitative Data") and 5 ("Graphical Summaries for Quantitative Data" "Data were recorded on the age in years and height in cm of 20 high school students in a classroom. Females Males Age Height Age Height 15 15 16 15 15 15 16 16 15 15 16 170 154 160 159 156 153 166 163 167 151 15 16 16...
Need 3b,3c,3d This exercise also gives you practice with the ideas of Unit 1, Sections 4 ("Summ for Qualitative Data") and 5 ("Graphical Summaries for Quantitative Data")"Data recorded on the age in years and height in cm of 20 high school students in a classroom. Females Males Age Height Age Height 170 154 160 15 15 16 15 15 15 16 16 15 15 16 156 153 166 163 167 151 15 16 16 15 15 15 15 14 15...
all questions Hours Worked Last Week Frequency Cumulative Percentage Percentage 3 9.4 9.4 2 6.3 15.6 1 3.1 18.8 1 3.1 21.9 30 9.4 31.3 3.1 34.4 40 14 43.8 78.1 6.3 84.4 50 2 3.1 87.5 1 55 3.1 90.6 1 60 3.1 93.8 1 96.9 64 3.1 1 70 3.1 100.0 1 Total 32 100.0 1. What is the level of measurement, mode, and median for "hours worked last week"? 2. Construct quartiles for weeks worked last year....
(9 marks) 6) The data below shows the mass of 40 students in class. The measurement is the nearest kg. 55 70 57 73 55 64 60 48 59 72 58 54 69 51 63 78 75 64 65 57 71 78 76 62 66 62 61 53 67 49 76 63 63 76 52 76 71 61 56 71 A) Construct a frequency distribution table with 7 classes for the data given above? B) Draw the histogram for the...
i) Are there any outliers? 2. The following table gives the age distribution for the number of deaths in New York State due to accidents for residents age 25 and older. a) Complete the frequency table. Age (years) 25-34 35-44 45-54 4 P (%) af 0.118 118 393 16.15) 15.5 907 134 3. 9 3 67 0.03 13.5 1709 6.110 1 2 073 3.1052 162 2684 0.1962 8.68 3307 393 514 460 341 365 616 618 at 0.116 0,274 1413...
The following table gives the frequency distribution of the daily commuting times (in minutes) from home to work for a sample of 25 employees of a company. Daily Commuting Time (mins) Number of Employees f Relative Frequency Cumulative Frequency Midpoint x xf (x - x̄)2 0 to less than 10 4 4/25 4 5 20 268.96 10 to less than 20 9 9/25 13 15 135 40.96 20 to less than 30 6 6/25 19 25 150 12.96 30 to...
Good Luck. (Need to show all your work to get full credit; no work, no credit) 1.For the given sample data below: a Construct a frequency distribution using six classes for a sample data that includes. Class Limits (5 pts), Class Boundaries (6 pts), Frequency (3 pts), Relative frequency (3 pts), Cumulative Frequency (3 pts), Midpoint X.5 pts), f-x-(5 pts), f. (6 pts). b. For constructed grouped data find: mean (8 pts), mode for grouped data (2 pts), modal class...
Good Luck. (Need to show all your work to get full credit; no work, no credit) 1.For the given sample data below: a Construct a frequency distribution using six classes for a sample data that includes. Class Limits (5 pts), Class Boundaries (6 pts), Frequency (3 pts), Relative frequency (3 pts), Cumulative Frequency (3 pts), Midpoint X.5 pts), f-x-(5 pts), f. (6 pts). b. For constructed grouped data find: mean (8 pts), mode for grouped data (2 pts), modal class...