Question

Pulse Frequancy Minimum Maximum Class width PULSE 60 74 86 54 90 80 66 68 68...

Pulse Frequancy
Minimum
Maximum
Class width
PULSE
60
74
86
54
90
80
66
68
68
56
80
62
74
60
52
60
66
64
64
46
68
58
68
70
56
66
78
68
62
70
72
74
64
50
70
58
60
88
84
76
46
68
58
68
70
56
66
78
68
62

constructing a frequency table

1 decide on the number of classes(should be between 5 and 20

2 calculate round up (highest value)-(lowest value)/number of classes

3 staring point (from minum) begin choosing a lower limit of the first class

4 using the lower limit of the first class and class width proceed to list the lower class limits

5 list the lower class limits in a vertical column and proceed to enter the upper class limits

6 go through the data set putting a tally in the appropriate class for each data value

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Given the following data set of test #1 scores. 78 80 68 56 76 78 74...
Given the following data set of test #1 scores. 78 80 68 56 76 78 74 90 96 60 98 66 100 76 64 82 62 72 78 74 90 90 68 72 82 72 78 54 62 72 72 78 65 51 34 82 a. Construct a stem and leaf plot. b. Construct a frequency distribution with that has class width of 12, and the lower class limit of the first class is 34. c. Construct a frequency polygon...
PULSE   WEIGHT 36   54.4 40   80.3 42   59.5 44   85.5 50   83.1 50   95.1 52   64.1...
PULSE   WEIGHT 36   54.4 40   80.3 42   59.5 44   85.5 50   83.1 50   95.1 52   64.1 52   71.3 52   75.3 52   91.7 52   89.9 52   99.8 54   84.1 54   83.3 54   99.4 54   77.5 54   83.0 54   84.5 54   65.3 54   84.8 56   98.2 56   81.4 56   105.5 56   123.9 56   65.3 56   95.8 56   46.3 56   48.5 56   60.8 56   105.1 56   101.8 58   79.2 58   76.6 58   107.4 58   74.6 58   63.4 58   62.4 58   63.6 58   52.1...
Consider the following data. Sample1 55 74 67 47 68 67 54 Sample2 44 34 54...
Consider the following data. Sample1 55 74 67 47 68 67 54 Sample2 44 34 54 66 50 67 54 Sample3 67 77 74 41 66 69 77 Sample4 64 64 68 44 69 74 74 Sample5 54 64 34 64 58 56 64 Sample6 64 76 44 75 68 65 44 Sample7 84 94 64 106 78 86 86 For a range-chart for the above data, find the following: (a) The center line: R¯= (b) The upper control limit:...
Consider the below vector x, which you can copy and paste directly into Matlab. The vector...
Consider the below vector x, which you can copy and paste directly into Matlab. The vector contains the final grades for each student in a large linear algebra course. x = [61 52 63 58 66 92 64 55 76 60 70 78 76 73 45 63 97 70 100 76 50 64 42 100 67 81 81 59 68 62 72 99 66 76 81 59 47 84 67 75 63 86 73 44 51 69 48 74 61...
Refer to the accompanying data set and construct a 90% confidence interval estimate of the mean...
Refer to the accompanying data set and construct a 90% confidence interval estimate of the mean pulse rate of adult​ females; then do the same for adult males. Compare the results. Males Females 85 79 76 82 53 73 62 57 49 99 63 72 52 75 78 75 50 87 61 53 73 35 59 65 67 82 80 75 83 80 66 62 66 63 96 77 40 60 87 62 71 84 66 82 74 70 73...
Mid Score Final Score 80 78 87 85 72 81 69 54 86 70 83 73...
Mid Score Final Score 80 78 87 85 72 81 69 54 86 70 83 73 78 89 75 84 74 86 75 79 84 75 73 63 74 72 73 69 80 86 75 78 72 75 77 68 76 77 66 78 74 77 71 73 85 79 74 74 76 79 76 73 84 72 77 81 78 86 86 76 81 83 78 83 85 86 73 71 83 83 83 79 72 68 83 90...
I’m interested in analyzing the pulse rates from the NSCC Student dataset. Calculate the sample mean...
I’m interested in analyzing the pulse rates from the NSCC Student dataset. Calculate the sample mean of the Pulse Rate variable. Denote answer with proper symbol. Calculate the median of the Pulse Rate variable. Calculate the sample standard deviation of the Pulse Rate variable. Denote answer with proper symbol. Continue consideration of the pulse rates from the NSCC Student dataset. Create a grouped frequency distribution for the Pulse Rate variable. You may choose how many classes you want. Include a...
Student Grades Student Test Grade 1 76 62 2 84 90 3 79 68 4 88...
Student Grades Student Test Grade 1 76 62 2 84 90 3 79 68 4 88 84 5 76 58 6 66 79 7 75 73 8 94 93 9 66 65 10 92 86 11 80 53 12 87 83 13 86 49 14 63 72 15 92 87 16 75 89 17 69 81 18 92 94 19 79 78 20 60 71 21 68 84 22 71 74 23 61 74 24 68 54 25 76 97...
A physiological experiment was concluded to study the effect of various factors on a pulse rate....
A physiological experiment was concluded to study the effect of various factors on a pulse rate. The participants took their own pulse. They then were asked to flip a coin. If their coin came up head, they were to run in place for 1 minute. Then everyone took their own pulse again. The dataset pulse.txt, available from Moodle, contains the following variables: ROW- id numbers, from 1 to 92; PULSE1- first pulse rate; PULSE2- second pulse rate; RAN-1=ran in place,...
Age of CEO 57 49 57 63 58 56 67 62 61 61 53 58 52...
Age of CEO 57 49 57 63 58 56 67 62 61 61 53 58 52 58 56 66 56 59 52 63 52 59 57 64 53 54 65 46 58 58 57 50 62 57 58 52 48 59 54 62 66 46 52 63 57 52 61 50 55 55 64 48 56 58 55 60 51 62 62 50 45 50 52 55 58 57 52 53 61 55 63 54 52 59 50 56 57...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT