Given the following data, draw a cumulative frequency histogram.
interval freq
7-18 8
19-30 10
31-42 14
43-54 8
Given the following data, draw a cumulative frequency histogram. interval freq 7-18 8 ...
6) Draw a histogram for the frequency distribution in #5: or questions #7 – 10, use the data below: 15 8 27 10 23 14 7 13 12 8 10 9 15 17 6 14 11 18 14 25 7) Construct a grouped frequency distribution for the data above.
RANGES FREQUENCY RELATIVE FREQUENCY CUMULATIVE REL. FREQ. 1 - 10 11 - 20 21 - 30 31 - 40 41 - 50 51 - 60 61 - 70 71 - 80 81 - 90 91 - 100 '= 100 DATA VALUES?? SO, WHAT DOES A FREQUENCY TABLE TELL US? If you wrote each of the above data values on a ping pong ball,, put them in a jar and blindly pulled one out: What is the probability that this ball...
For the following frequency distribution, what is the cumulative frequency for the class “30-under 40”? Class interval Frequency 10-under 20 20 20-under 30 16 30-under 40 30 40-under 50 18 20 36 66 30 83 2. 57 23 35 18 35 26 51 47 29 21 46 43 29 23 39 26 41 19 36 28 31 42 52 29 18 28 46 33 28 20 Class Interval Frequencies 16 - under 23 23 - under 30 30 - under...
For 16-19: The below raw data are the ages of the top 18 wealthiest people in the world. 49 74 54 65 48 78 57 59 56 85 81 38 76 69 49 68 43 16. Frequency distribution (4 classes). Class Class Mid- Freq. limits Boundaries points freq. 17. Histogram: 18. Frequency polygon: 19. Ogive:
show work. 1) Graph the histogram for the following frequency table. Calculate the relative and Cumulative Frequencies. Graph the Cumulative Frequency Histograms. Classes Frequency 10-20 4 20-30 7 30-40 15 40-50 17 50-60 8 60-70 3 2) Graph the histogram for the following frequency table. Graph the Frequency Polygon, and the Ogive. Label all points on the graphs. Classes Frequency 0-20 20-40 5 40-60 10 60-80 29 80-100 12 5
10+ 8 6- Frequency 4- 1 Based on the histogram above, what is the frequency of 1 7 13 19 data 25 31 37 the class containing the value 14
frequency table histogram frequency polygon ogive 100% (?) New Open Save Print Import Copy Paste Format Undo Redo AutoSum Sort A-Z Sort Z-A Gallery Toolbox Zoom Help Charts SmartArt Gr Word Protein Grams In Fast Food 223 3 25 12 38 22 21 427 27 1429 27 42 34 35 23 12 27 29 15 31 6 30 7 15 57 35 9 35 10 20 11 18 12 24 20 26 19 35 Tasks 1. Complete the fequency table...
1. Given the following data: years 0-9 10-19 20-29 frequency 4 6 8 a. Identify lower class limits b. Identify upper class limits c. Identify the class boundaries 2. Given the following data: Cigarette CO (mg) Frequency 2-6 7-11 2 12-16 6 17-21 8 a. Identify the class width b. Identify the class midpoints c. Does the frequency distribution appear to have a normal distribution? 3. Histogram Cigarette Tar Frequency Table Tar (mg) Freq. 2-5 6-9 2 10-13 6 14-17...
For the following data, construct a frequency distribution with six classes. 57 23 35 18 35 26 51 47 29 21 46 43 29 23 39 29 41 19 36 28 31 42 41 29 18 28 46 33 28 20 Class Interval Frequencies 16 - under 23 enter a frequency 23 - under 30 enter a frequency 30 - under 37 enter a frequency 37 - under 44 enter a frequency 44 - under 51 enter a frequency 51...
For each variable of interest – Percent Time Asleep and Longevity – create a grouped frequency histogram. For each histogram, use a class width of 10; use a lower limit of 0 for Percent Time Asleep and 15 for Longevity. Each histogram must include an informative title, along with correct labels for both axes. For each histogram, include a paragraph that answers each of the following questions: Is the histogram symmetric, skewed to the left, or skewed to the right?...