Question

What percentage of data would you predict would be between 40 and 70 and what percentage...

  1. What percentage of data would you predict would be between 40 and 70 and what percentage would you predict would be more than 70 miles?   find the percentage of the data set we expect to have values between 40 and 70 as well as for more than 70. Now determine the percentage of data points in the dataset that fall within this range, using same strategy as above for counting data points in the data set. How do each of these compare with your prediction and why is there a difference?
  2. Drive (miles) Gender
    36 M
    20 F
    88 F
    6 F
    71 F
    42 F
    76 F
    63 F
    36 M
    63 M
    38 F
    28 F
    55 F
    33 M
    40 M
    80 M
    86 M
    83 M
    4 F
    39 M
    25 F
    25 M
    54 F
    54 F
    81 F
    73 F
    29 M
    76 M
    78 M
    77 M
    42 F
    36 M
    71 M
    94 M
    6 M

Predicted percentage between 40 and 70 ______________________________

Actual percentage _____________________________________________

Predicted percentage more than 70 miles __0.3257or32.57%______________________________

Actual percentage ___________________________________________

Comparison ____________________________________________________

_______________________________________________________________

Why? __________________________________________________________

________________________________________________________________

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
Drive (miles) 52 71 42 46 76 48 28 55 33 36 40 8 25 25...
Drive (miles) 52 71 42 46 76 48 28 55 33 36 40 8 25 25 63 94 54 54 44 80 49 78 30 51 25 50 36 63 33 80 88 56 73 94 17 Find the mean and standard deviation of the DRIVE variable by copying that variable into the Week 1 spreadsheet.  Use the Week 4 spreadsheet to determine the percentage of data points from that data set that we would expect to be less than 25.  To...
Find the mean and standard deviation of the DRIVE variable by using =AVERAGE(A2:A36) and =STDEV(A2:A36). Assuming...
Find the mean and standard deviation of the DRIVE variable by using =AVERAGE(A2:A36) and =STDEV(A2:A36). Assuming that this variable is normally distributed, what percentage of data would you predict would be less than 40 miles? This would be based on the calculated probability. Use the formula =NORM.DIST(40, mean, stdev,TRUE). Now determine the percentage of data points in the dataset that fall within this range. To find the actual percentage in the dataset, sort the DRIVE variable and count how many...
2a. Describe the sample and population you are studying. I am studying customers' satisfaction level with...
2a. Describe the sample and population you are studying. I am studying customers' satisfaction level with their car insurance plan. 2b. Calculate the sample mean and sample standard deviation for your variable. Keep at least four decimal places. 2c. Calculate the standard error and the margin of error for a 90% confidence interval. Keep at least four decimal places. Data: 36 18 66 43 28 39 47 40 24 46 48 57 36 58 39 62 43 65 74 36...
Below represent scores on an exam, each entry one score for one student 40 99 59...
Below represent scores on an exam, each entry one score for one student 40 99 59 98 63 63 64 65 67 35 67 67 68 70 71 71 71 46 72 72 60 73 74 74 74 75 97 75 62 76 76 76 76 76 77 57 77 98 77 63 78 78 78 79 79 80 80 80 80 80 81 81 92 81 93 82 82 83 83 83 83 83 83 83 84 84 84...
4) Given the data set below 25 52 67 23 78 89 57  90 32 77 45...
4) Given the data set below 25 52 67 23 78 89 57  90 32 77 45 48  62 54 94 69 46 79 40 33 21 57  84 54 23 34 68  63 61 76 87 78  39 50 70 60 32 65 73 45 28 82  66 79 71 80 46 66 24 90 For the dada of Problem 1, find the approximate mean using the Frequency Distribution from problem 1 5) Find the Median of the data set from problem 1 using an...
Use the pulse rates in beats per minute (bpm) of a random sample of adult females...
Use the pulse rates in beats per minute (bpm) of a random sample of adult females listed in the data set available below to test the claim that the mean is less than 70 bpm. Use a 0.05 significance level. What are the null and alternative hypotheses? Pulse Rates (bpm) 59 98 82 65 42 104 37 67 79 82 73 69 60 104 38 44 36 41 103 59 54 72 58 62 76 36 54 63 103 70...
1) Given the data set below 25 52 67 23 78 89 57 90 32 77...
1) Given the data set below 25 52 67 23 78 89 57 90 32 77 45 48 62 54 94 69 46 79 40 33 21 57 84 54 23 34 68 63 61 76 87 78 39 50 70 60 32 65 73 45 28 82 66 79 71 80 46 66 24 90 a) Construct a Frequency Distribution with 8 classes and a class width of 10 b) Construct a Relative Frequency distribution from the frequency distribution...
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...
StudentNO Gender Height in inchese 1 Female 63 2 Female 64.0 3 Male 67.0 4 Female...
StudentNO Gender Height in inchese 1 Female 63 2 Female 64.0 3 Male 67.0 4 Female 59 5 Male 60 6 Female 61 7 Female 62 8 Female 63 9 Female 63 10 Female 64 11 Male 64 12 Female 65 13 Female 65 14 Female 65 15 Female 65 16 Female 66 17 Female 66 18 Male 67 19 Male 67 20 Male 67 21 Female 67 22 Male 67 23 Male 67 24 Female 67.5 25 Male 68...
Use the following data to test if there is a difference in mean age between mothers...
Use the following data to test if there is a difference in mean age between mothers of a boy and mothers of a girl at alpha =0.05. provide p-value     MomAge gestation sex weight preemie 35 39 F 3175 FALSE 22 42 F 3884 FALSE 35 39 F 3030 FALSE 23 40 F 3629 FALSE 23 42 F 3481 FALSE 25 38 F 2693 FALSE 25 40 F 3345 FALSE 24 40 F 3232 FALSE 19 40 F 2795 FALSE 20...