YO16_XL_CH12_GRADER_PS1_HW – Sales Volume Analysis 1.1
Project Description:
Coffee House Blues is a local coffee shop offering tasty coffee beverages, and live blues and blues-inspired music. You have been asked to conduct some statistical analysis on their sales volume data. Coffee House Blues is also in the middle of promoting an upcoming Blues festival and would like for you to calculate the probabilities of selling specific numbers of tickets.
Instructions:
For the purpose of grading the project you are required to perform the following tasks:
Step |
Instructions |
Points Possible |
1 |
Start Excel. Open the file named e06ch12_grader_h1_Coffee.xlsx. Save the file with the name e06ch12_grader_h1_Coffee_LastFirst, replacing LastFirst with your name. |
0 |
2 |
Click the SalesVolume worksheet tab. In cell G1, calculate the mean of the sales volume. In cell G2, calculate the sample standard deviation. |
15 |
3 |
In cell B2, calculate the probability of selling the exact number of products calculated in cell A2, using the normal distribution function and the mean and sample standard deviation calculated in the prior step. |
10 |
4 |
Use the AutoFill handle to copy the function in cell B2 down through B82. |
10 |
5 |
Create a scatter chart with smooth lines to graph the distribution of sales volume and probabilities. |
20 |
6 |
Give the chart the title of Sales Volume Distribution. |
5 |
7 |
Reposition the chart within the range D4:K18. |
5 |
8 |
Click the Tickets worksheet tab. In cell B1, type 50 as the number of people contacted in the trial. |
5 |
9 |
In cell B2, type .2 as the success rate of selling tickets to the festival. Format the cell as Percent Style number formatting. |
5 |
10 |
In cell B5, calculate the probability of there being exactly 0 successes using the binomial distribution function. Format the cell as Percent Style number formatting with 3 decimal places. |
20 |
11 |
Use the AutoFill handle to copy the function to B55. |
5 |
12 |
Save the workbook, exit Excel, and then submit the file as directed by your instructor. |
0 |
Total Score |
100 |
YO16_XL_CH12_GRADER_PS1_HW – Sales Volume Analysis 1.1
Project Description:
Coffee House Blues is a local coffee shop offering tasty coffee beverages, and live blues and blues-inspired music. You have been asked to conduct some statistical analysis on their sales volume data. Coffee House Blues is also in the middle of promoting an upcoming Blues festival and would like for you to calculate the probabilities of selling specific numbers of tickets.
Instructions:
For the purpose of grading the project you are required to perform the following tasks:
Step |
Instructions |
Points Possible |
1 |
Start Excel. Open the file named e06ch12_grader_h1_Coffee.xlsx. Save the file with the name e06ch12_grader_h1_Coffee_LastFirst, replacing LastFirst with your name. |
0 |
2 |
Click the SalesVolume worksheet tab. In cell G1, calculate the mean of the sales volume. In cell G2, calculate the sample standard deviation. |
15 |
3 |
In cell B2, calculate the probability of selling the exact number of products calculated in cell A2, using the normal distribution function and the mean and sample standard deviation calculated in the prior step. |
10 |
4 |
Use the AutoFill handle to copy the function in cell B2 down through B82. |
10 |
5 |
Create a scatter chart with smooth lines to graph the distribution of sales volume and probabilities. |
20 |
6 |
Give the chart the title of Sales Volume Distribution. |
5 |
7 |
Reposition the chart within the range D4:K18. |
5 |
8 |
Click the Tickets worksheet tab. In cell B1, type 50 as the number of people contacted in the trial. |
5 |
9 |
In cell B2, type .2 as the success rate of selling tickets to the festival. Format the cell as Percent Style number formatting. |
5 |
10 |
In cell B5, calculate the probability of there being exactly 0 successes using the binomial distribution function. Format the cell as Percent Style number formatting with 3 decimal places. |
20 |
11 |
Use the AutoFill handle to copy the function to B55. |
5 |
12 |
Save the workbook, exit Excel, and then submit the file as directed by your instructor. |
0 |
Total Score |
100 |
YO16_XL_CH12_GRADER_PS1_HW – Sales Volume Analysis 1.1
Project Description:
Coffee House Blues is a local coffee shop offering tasty coffee beverages, and live blues and blues-inspired music. You have been asked to conduct some statistical analysis on their sales volume data. Coffee House Blues is also in the middle of promoting an upcoming Blues festival and would like for you to calculate the probabilities of selling specific numbers of tickets.
Instructions:
For the purpose of grading the project you are required to perform the following tasks:
Step |
Instructions |
Points Possible |
1 |
Start Excel. Open the file named e06ch12_grader_h1_Coffee.xlsx. Save the file with the name e06ch12_grader_h1_Coffee_LastFirst, replacing LastFirst with your name. |
0 |
2 |
Click the SalesVolume worksheet tab. In cell G1, calculate the mean of the sales volume. In cell G2, calculate the sample standard deviation. |
15 |
3 |
In cell B2, calculate the probability of selling the exact number of products calculated in cell A2, using the normal distribution function and the mean and sample standard deviation calculated in the prior step. |
10 |
4 |
Use the AutoFill handle to copy the function in cell B2 down through B82. |
10 |
5 |
Create a scatter chart with smooth lines to graph the distribution of sales volume and probabilities. |
20 |
6 |
Give the chart the title of Sales Volume Distribution. |
5 |
7 |
Reposition the chart within the range D4:K18. |
5 |
8 |
Click the Tickets worksheet tab. In cell B1, type 50 as the number of people contacted in the trial. |
5 |
9 |
In cell B2, type .2 as the success rate of selling tickets to the festival. Format the cell as Percent Style number formatting. |
5 |
10 |
In cell B5, calculate the probability of there being exactly 0 successes using the binomial distribution function. Format the cell as Percent Style number formatting with 3 decimal places. |
20 |
11 |
Use the AutoFill handle to copy the function to B55. |
5 |
12 |
Save the workbook, exit Excel, and then submit the file as directed by your instructor. |
0 |
Total Score |
100 |
YO16_XL_CH12_GRADER_PS1_HW – Sales Volume Analysis 1.1
YO16_XL_CH12_GRADER_PS1_HW – Sales Volume Analysis 1.1YO16_XL_CH12_GRADER_PS1_HW – Sales Volume Analysis 1.1YO16_XL_CH12_GRADER_PS1_HW – Sales Volume Analysis 1.1
Project Description:
Project Description: Project Description: Project Description:
Coffee House Blues is a local coffee shop offering tasty coffee beverages, and live blues and blues-inspired music. You have been asked to conduct some statistical analysis on their sales volume data. Coffee House Blues is also in the middle of promoting an upcoming Blues festival and would like for you to calculate the probabilities of selling specific numbers of tickets.
Coffee House Blues is a local coffee shop offering tasty coffee beverages, and live blues and blues-inspired music. You have been asked to conduct some statistical analysis on their sales volume data. Coffee House Blues is also in the middle of promoting an upcoming Blues festival and would like for you to calculate the probabilities of selling specific numbers of tickets.Coffee House Blues is a local coffee shop offering tasty coffee beverages, and live blues and blues-inspired music. You have been asked to conduct some statistical analysis on their sales volume data. Coffee House Blues is also in the middle of promoting an upcoming Blues festival and would like for you to calculate the probabilities of selling specific numbers of tickets.Coffee House Blues is a local coffee shop offering tasty coffee beverages, and live blues and blues-inspired music. You have been asked to conduct some statistical analysis on their sales volume data. Coffee House Blues is also in the middle of promoting an upcoming Blues festival and would like for you to calculate the probabilities of selling specific numbers of tickets.
Instructions:
Instructions: Instructions: Instructions:
For the purpose of grading the project you are required to perform the following tasks:
For the purpose of grading the project you are required to perform the following tasks:
Step |
Instructions |
Points Possible |
1 |
Start Excel. Open the file named e06ch12_grader_h1_Coffee.xlsx. Save the file with the name e06ch12_grader_h1_Coffee_LastFirst, replacing LastFirst with your name. |
0 |
2 |
Click the SalesVolume worksheet tab. In cell G1, calculate the mean of the sales volume. In cell G2, calculate the sample standard deviation. |
15 |
3 |
In cell B2, calculate the probability of selling the exact number of products calculated in cell A2, using the normal distribution function and the mean and sample standard deviation calculated in the prior step. |
10 |
4 |
Use the AutoFill handle to copy the function in cell B2 down through B82. |
10 |
5 |
Create a scatter chart with smooth lines to graph the distribution of sales volume and probabilities. |
20 |
6 |
Give the chart the title of Sales Volume Distribution. |
5 |
7 |
Reposition the chart within the range D4:K18. |
5 |
8 |
Click the Tickets worksheet tab. In cell B1, type 50 as the number of people contacted in the trial. |
5 |
9 |
In cell B2, type .2 as the success rate of selling tickets to the festival. Format the cell as Percent Style number formatting. |
5 |
10 |
In cell B5, calculate the probability of there being exactly 0 successes using the binomial distribution function. Format the cell as Percent Style number formatting with 3 decimal places. |
20 |
11 |
Use the AutoFill handle to copy the function to B55. |
5 |
12 |
Save the workbook, exit Excel, and then submit the file as directed by your instructor. |
0 |
Step
Instructions
Points Possible
Step
Instructions
Points Possible
Step
Step
StepStepStep
Instructions
Instructions
InstructionsInstructionsInstructions
Points Possible
Points Possible
Points PossiblePoints PossiblePoints Possible
1
Start Excel. Open the file named e06ch12_grader_h1_Coffee.xlsx. Save the file with the name e06ch12_grader_h1_Coffee_LastFirst, replacing LastFirst with your name.
0
2
Click the SalesVolume worksheet tab. In cell G1, calculate the mean of the sales volume. In cell G2, calculate the sample standard deviation.
15
3
In cell B2, calculate the probability of selling the exact number of products calculated in cell A2, using the normal distribution function and the mean and sample standard deviation calculated in the prior step.
10
4
Use the AutoFill handle to copy the function in cell B2 down through B82.
10
5
Create a scatter chart with smooth lines to graph the distribution of sales volume and probabilities.
20
6
Give the chart the title of Sales Volume Distribution.
5
7
Reposition the chart within the range D4:K18.
5
8
Click the Tickets worksheet tab. In cell B1, type 50 as the number of people contacted in the trial.
5
9
In cell B2, type .2 as the success rate of selling tickets to the festival. Format the cell as Percent Style number formatting.
5
10
In cell B5, calculate the probability of there being exactly 0 successes using the binomial distribution function. Format the cell as Percent Style number formatting with 3 decimal places.
20
11
Use the AutoFill handle to copy the function to B55.
5
12
Save the workbook, exit Excel, and then submit the file as directed by your instructor.
0
1
Start Excel. Open the file named e06ch12_grader_h1_Coffee.xlsx. Save the file with the name e06ch12_grader_h1_Coffee_LastFirst, replacing LastFirst with your name.
0
1
1
111
Start Excel. Open the file named e06ch12_grader_h1_Coffee.xlsx. Save the file with the name e06ch12_grader_h1_Coffee_LastFirst, replacing LastFirst with your name.
Start Excel. Open the file named e06ch12_grader_h1_Coffee.xlsx. Save the file with the name e06ch12_grader_h1_Coffee_LastFirst, replacing LastFirst with your name.
Start Excel. Open the file named e06ch12_grader_h1_Coffee.xlsx. Save the file with the name e06ch12_grader_h1_Coffee_LastFirst, replacing LastFirst with your name.e06ch12_grader_h1_Coffee.xlsxe06ch12_grader_h1_Coffee_LastFirst,
0
0
0
2
Click the SalesVolume worksheet tab. In cell G1, calculate the mean of the sales volume. In cell G2, calculate the sample standard deviation.
15
2
2
222
Click the SalesVolume worksheet tab. In cell G1, calculate the mean of the sales volume. In cell G2, calculate the sample standard deviation.
Click the SalesVolume worksheet tab. In cell G1, calculate the mean of the sales volume. In cell G2, calculate the sample standard deviation.
Click the SalesVolume worksheet tab. In cell G1, calculate the mean of the sales volume. In cell G2, calculate the sample standard deviation.
15
15
15
3
In cell B2, calculate the probability of selling the exact number of products calculated in cell A2, using the normal distribution function and the mean and sample standard deviation calculated in the prior step.
10
3
3
333
In cell B2, calculate the probability of selling the exact number of products calculated in cell A2, using the normal distribution function and the mean and sample standard deviation calculated in the prior step.
In cell B2, calculate the probability of selling the exact number of products calculated in cell A2, using the normal distribution function and the mean and sample standard deviation calculated in the prior step.
In cell B2, calculate the probability of selling the exact number of products calculated in cell A2, using the normal distribution function and the mean and sample standard deviation calculated in the prior step.
10
10
10
4
Use the AutoFill handle to copy the function in cell B2 down through B82.
10
4
4
444
Use the AutoFill handle to copy the function in cell B2 down through B82.
Use the AutoFill handle to copy the function in cell B2 down through B82.
Use the AutoFill handle to copy the function in cell B2 down through B82.
10
10
10
5
Create a scatter chart with smooth lines to graph the distribution of sales volume and probabilities.
20
5
5
555
Create a scatter chart with smooth lines to graph the distribution of sales volume and probabilities.
Create a scatter chart with smooth lines to graph the distribution of sales volume and probabilities.
Create a scatter chart with smooth lines to graph the distribution of sales volume and probabilities.
20
20
20
6
Give the chart the title of Sales Volume Distribution.
5
6
6
666
Give the chart the title of Sales Volume Distribution.
Give the chart the title of Sales Volume Distribution.
Give the chart the title of Sales Volume Distribution.
Sales Volume Distribution.
5
5
5
7
Reposition the chart within the range D4:K18.
5
7
7
777
Reposition the chart within the range D4:K18.
Reposition the chart within the range D4:K18.
Reposition the chart within the range D4:K18.
5
5
5
8
Click the Tickets worksheet tab. In cell B1, type 50 as the number of people contacted in the trial.
5
8
8
888
Click the Tickets worksheet tab. In cell B1, type 50 as the number of people contacted in the trial.
Click the Tickets worksheet tab. In cell B1, type 50 as the number of people contacted in the trial.
Click the Tickets worksheet tab. In cell B1, type 50 as the number of people contacted in the trial. 50
5
5
5
9
In cell B2, type .2 as the success rate of selling tickets to the festival. Format the cell as Percent Style number formatting.
5
9
9
999
In cell B2, type .2 as the success rate of selling tickets to the festival. Format the cell as Percent Style number formatting.
In cell B2, type .2 as the success rate of selling tickets to the festival. Format the cell as Percent Style number formatting.
In cell B2, type .2 as the success rate of selling tickets to the festival. Format the cell as Percent Style number formatting..2
5
5
5
10
In cell B5, calculate the probability of there being exactly 0 successes using the binomial distribution function. Format the cell as Percent Style number formatting with 3 decimal places.
20
10
10
101010
In cell B5, calculate the probability of there being exactly 0 successes using the binomial distribution function. Format the cell as Percent Style number formatting with 3 decimal places.
In cell B5, calculate the probability of there being exactly 0 successes using the binomial distribution function. Format the cell as Percent Style number formatting with 3 decimal places.
In cell B5, calculate the probability of there being exactly 0 successes using the binomial distribution function. Format the cell as Percent Style number formatting with 3 decimal places.
20
20
20
11
Use the AutoFill handle to copy the function to B55.
5
11
11
111111
Use the AutoFill handle to copy the function to B55.
Use the AutoFill handle to copy the function to B55.
Use the AutoFill handle to copy the function to B55.
5
5
5
12
Save the workbook, exit Excel, and then submit the file as directed by your instructor.
0
12
12
121212
Save the workbook, exit Excel, and then submit the file as directed by your instructor.
Save the workbook, exit Excel, and then submit the file as directed by your instructor.
Save the workbook, exit Excel, and then submit the file as directed by your instructor.
0
0
0
Total Score |
100 |
Total Score
100
Total Score
100
Total Score
Total Score
Total ScoreTotal ScoreTotal Score
100
100
100100100