Capstone Project Information   Company: Organix Cereals (a fictional company) is a small producer of specialty organic breakfast cereal. Its signature product is Gluten-Free Organic Crispies, sold directly online to consumers. The company sells approximately 4 million boxes annually. Box label weight: 623 grams Price per box: $6.00 Cost of goods sold (per box): $4.00 (based on historical mean weight of 625 grams) Company Standards: In the automated packaging process, equipment is set to fill boxes with a mean weight of 625 grams and a standard deviation of 6 grams. This is the company standard for the box weights. As a small, independent producer of breakfast cereals, Organix uses older equipment and technology in its packaging process. Accordingly, the process results in boxes that are not always packed with exactly 623 grams (weight stated on label). The company sets the equipment to a target weight slightly higher than the weight stated on the box label to avoid penalties imposed by government inspectors if the box weights do not meet the government standards, and to ensure that customers receive the amount of cereal for which they pay. This is a common industry practice. Government Standards: Failure to meet government standards can result in fines of $200,000 or more, litigation, and negative publicity for the company and its brand. The government is not concerned if the company is overfilling boxes. 1.Penalties can be assessed against a company when any individual package weighs less than the Maximum Allowable Variation (MAV). The Maximum Allowable Variation (MAV) is the limit of “reasonable variation” for an individual package based on the NIST Handbook 133.The MAV is 23.5 grams below the declared box label weight of 623 grams. The lowest allowable weight, LMAV, is found by taking the label weight minus the MAV. 2.The company can also be penalized if the average package weight does not at least meet the declared box label weight of 623 grams. Data: The company recently took a random sample of 500 boxes of their signature cereal and measured their exact weights. The goals of this internal audit were to determine whether (1.) the company is meeting the targets set by management, and (2.) the company is in compliance with government regulations. The data that resulted from this sample can be found on the Excel workbook labeled Capstone Project Data SS2021.   Analysis: Three templates are provided to guide your analysis. Your group must submit all three completed templates along with the final report in BlackBoard.  The questions in the templates include the minimum requirements for your analysis in this project. Your group may choose to do additional statistical and business analysis beyond the minimum requirements in the templates. For Template 1, you will use the data on the tab labeled Cereal Weights. This data will also be used for the first part of Template 2. Also for Template 2 you will use data found on the tab labeled Weights after Adjustment. For Template 3 you will use the data found on the tab labeled Weights and Speeds.   Hint: Whenever you calculate descriptive statistics using Excel, remember to check not only Summary Statistics but also Confidence Level (defaults to 95% confidence) to save your group some time when required to calculate interval estimates (confidence intervals).   Keep in mind that the statistical analysis required in the templates is the minimum analysis required. Capstone Project Part 1 Template Descriptive Statistics: Using Excel, calculate the following descriptive statistics and then interpret the results in context using a business perspective. The analysis/interpretation should tell management what the descriptive statistic is revealing about the performance of the packaging process. Excel sheet:3 Speed Setting (Boxes Per Minute) Actual Box Weight 30 633.2242   30 633.1766   30 633.1218   30 633.1188   30 633.1122   30 633.1114   30 631.9987   30 632.8714   30 633.0902   30 633.0505   30 633.0093   30 633.0088   30 633.0075   30 633.0067   30 633.0055   30 632.9979   30 632.9898   30 632.8887   30 632.7764   30 631.7997   32 629.7675   32 628.5659   32 628.4444   32 628.2141   32 629.9966   32 631.5454   32 628.3111   32 628.1105   32 628.1006   32 628.0301   32 628.0203   32 628.0107   32 628.0102   32 628.0061   32 628.0003   32 628.0002   32 627.9999   32 627.9944   32 627.8878   32 627.7675   35 626.0017   35 625.5552   35 625.3337   35 625.2451   35 625.1004   35 625.1922   35 625.0707   35 625.0444   35 625.0267   35 625.0092   35 624.6061   35 625.7712   35 625.0076   35 625.0063   35 624.9999   35 624.9988   35 624.8889   35 624.8886   35 624.7978   35 623.7777   38 616.7716   38 615.3136   38 615.2655   38 615.2244   38 615.2243   38 615.1776   38 615.0907   38 615.0807   38 615.0444   38 615.0522   38 615.0303   38 615.0201   38 615.0102   38 615.0018   38 615.0008   38 616.1212   38 616.4545   38 614.9997   38 614.9929   38 614.7899   40 612.0106   40 611.0082   40 611.0007   40 611.0001   40 610.6844   40 610.6663   40 610.5516   40 610.5004   40 610.3323   40 610.3024   40 610.1447   40 610.1201   40 610.1161   40 610.2021   40 610.0202   40 610.0099   40 610.0175   40 610.0002   40 609.9997   40 611.2888

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ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
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Capstone Project Information

 

Company: Organix Cereals (a fictional company) is a small producer of specialty organic breakfast cereal. Its signature product is Gluten-Free Organic Crispies, sold directly online to consumers. The company sells approximately 4 million boxes annually.

Box label weight: 623 grams

Price per box: $6.00

Cost of goods sold (per box): $4.00 (based on historical mean weight of 625 grams)

Company Standards: In the automated packaging process, equipment is set to fill boxes with a mean weight of 625 grams and a standard deviation of 6 grams. This is the company standard for the box weights. As a small, independent producer of breakfast cereals, Organix uses older equipment and technology in its packaging process. Accordingly, the process results in boxes that are not always packed with exactly 623 grams (weight stated on label).

The company sets the equipment to a target weight slightly higher than the weight stated on the box label to avoid penalties imposed by government inspectors if the box weights do not meet the government standards, and to ensure that customers receive the amount of cereal for which they pay. This is a common industry practice.

Government Standards: Failure to meet government standards can result in fines of $200,000 or more, litigation, and negative publicity for the company and its brand. The government is not concerned if the company is overfilling boxes.

1.Penalties can be assessed against a company when any individual package weighs less than the Maximum Allowable Variation (MAV). The Maximum Allowable Variation (MAV) is the limit of “reasonable variation” for an individual package based on the NIST Handbook 133.The MAV is 23.5 grams below the declared box label weight of 623 grams. The lowest allowable weight, LMAV, is found by taking the label weight minus the MAV.

2.The company can also be penalized if the average package weight does not at least meet the declared box label weight of 623 grams.

Data: The company recently took a random sample of 500 boxes of their signature cereal and measured their exact weights. The goals of this internal audit were to determine whether (1.) the company is meeting the targets set by management, and (2.) the company is in compliance with government regulations. The data that resulted from this sample can be found on the Excel workbook labeled Capstone Project Data SS2021.

 

Analysis: Three templates are provided to guide your analysis. Your group must submit all three completed templates along with the final report in BlackBoard.  The questions in the templates include the minimum requirements for your analysis in this project. Your group may choose to do additional statistical and business analysis beyond the minimum requirements in the templates.

For Template 1, you will use the data on the tab labeled Cereal Weights. This data will also be used for the first part of Template 2. Also for Template 2 you will use data found on the tab labeled Weights after Adjustment. For Template 3 you will use the data found on the tab labeled Weights and Speeds.

 

Hint: Whenever you calculate descriptive statistics using Excel, remember to check not only Summary Statistics but also Confidence Level (defaults to 95% confidence) to save your group some time when required to calculate interval estimates (confidence intervals).

 

Keep in mind that the statistical analysis required in the templates is the minimum analysis required.

Capstone Project Part 1 Template

Descriptive Statistics: Using Excel, calculate the following descriptive statistics and then interpret the results in context using a business perspective. The analysis/interpretation should tell management what the descriptive statistic is revealing about the performance of the packaging process.

Excel sheet:3

Speed Setting (Boxes Per Minute) Actual Box Weight
30 633.2242  
30 633.1766  
30 633.1218  
30 633.1188  
30 633.1122  
30 633.1114  
30 631.9987  
30 632.8714  
30 633.0902  
30 633.0505  
30 633.0093  
30 633.0088  
30 633.0075  
30 633.0067  
30 633.0055  
30 632.9979  
30 632.9898  
30 632.8887  
30 632.7764  
30 631.7997  
32 629.7675  
32 628.5659  
32 628.4444  
32 628.2141  
32 629.9966  
32 631.5454  
32 628.3111  
32 628.1105  
32 628.1006  
32 628.0301  
32 628.0203  
32 628.0107  
32 628.0102  
32 628.0061  
32 628.0003  
32 628.0002  
32 627.9999  
32 627.9944  
32 627.8878  
32 627.7675  
35 626.0017  
35 625.5552  
35 625.3337  
35 625.2451  
35 625.1004  
35 625.1922  
35 625.0707  
35 625.0444  
35 625.0267  
35 625.0092  
35 624.6061  
35 625.7712  
35 625.0076  
35 625.0063  
35 624.9999  
35 624.9988  
35 624.8889  
35 624.8886  
35 624.7978  
35 623.7777  
38 616.7716  
38 615.3136  
38 615.2655  
38 615.2244  
38 615.2243  
38 615.1776  
38 615.0907  
38 615.0807  
38 615.0444  
38 615.0522  
38 615.0303  
38 615.0201  
38 615.0102  
38 615.0018  
38 615.0008  
38 616.1212  
38 616.4545  
38 614.9997  
38 614.9929  
38 614.7899  
40 612.0106  
40 611.0082  
40 611.0007  
40 611.0001  
40 610.6844  
40 610.6663  
40 610.5516  
40 610.5004  
40 610.3323  
40 610.3024  
40 610.1447  
40 610.1201  
40 610.1161  
40 610.2021  
40 610.0202  
40 610.0099  
40 610.0175  
40 610.0002  
40 609.9997  
40 611.2888  
Decoriptive statictioc: Using Excel, calculate the folowing descriptive statistics and then
Interpret the resuts in context using a business perspective. The analysisinterpretation should
tell management what the descrptive statistic is revealing about the performance of the
packaging process.
The highest bOK weight produced by the packaging process is
638.8639 grams, which is 15.8639 grams above the declared
Descriptive
Statistic
|Analysis/interpretation
Value
Highect Value
638.8639 box label weight of E23 grams. It is also 39.3639 grams above
The packaging process produces boxes with the average
weight of 618.5784 grams, which is 4.4216 grams below the
618.5784 declared box label weight of 623 grams. This could result in
penalization. The packaging process should be reassessed to
LMAV. Ir the packaging process continues to produce boxes
with weights close to the highest value, the company will be
safe from fines litigation, and negative pubicity as it meets
government standards: however, the packaging process should
be evaluated to see if producing boxes with this high of a weight
is sustainable.
Mean
determine where the inefficiency lies.
The median of the data set (exact weights of 500 random
boxes) is dose to the mean, so there is not a large amount of
Or the 500 random boxes sample, 68.2% of the boxes were
341:500 below the declared box label weight. This could result in
0.6820 penalization and heavily suggests a redesign of the packaging
68.2000% process to ensure that the large majority of the boxes produced
Median
618.7498 skewness, and the data is doser to a symmetrical distribution
Proportion of
For the packaging process, this means that the majority of
boxes have a weight around the mean weight.
boxec below
label welght
The box weight that the packaging process most often
produces is at or very close to 618.5069 grams, which is also
meet company targets.
Of the 500 random boxes sample, only 31.8% of the boxes are
above the dedared box label weight. This is considerably less
Proportion of
boxes above
labol welght
159:500
Mode
618.50E9 very close to the average weight.
0.3180 than 1 in every 2 boxes, which heavily suggests that a
31.8000% restructure of the packaging process is needed to ensure that
the company meets management standards and avoids
Each collected weight sample can be expected to be around
+8.5923 grams away from the average weight. The MAV s
23.5 grams, which is more than 2 times greater than the
standard devilation. This shows that 95% of the boxes produced
will be within 2 standard deviations (17.1846 grams) of the
average weight.
negative consequences
Or the 500 random boxes sample, 3.0% of the boxes were
below the LMAV (599.50 grams). The presence of boxes that
do not meet the lowest allowable weight could result in the
3.0000% company receiving fines, Igation, and negative publicity, which
all have detrimental effect on the company's prosperity. It is
essential to restructure the packaging process to make sure this
atandard
8.5923
Proportion of
boxec below
Devlation
15:500
0.0300 /
LMAV
This range (54.29 grams) gives the basic spread of the data
set. In the most extreme cases, the packaging process can
produce boxes that are 54.2900 grams apart in weight, which is
two times the MAV (23.5 grams). This shows that the packaging
process needs to be reevaluated to become more consistent
and decrease the spread of bax weights.
does not continue
The average box weight (618.5784 grams) is about 0.1714
grams less than the median box weight (618.7498) which
negatively means that the data is slighty skewed to the left. Slightly more
skewed of the baxes produced are less than the average bax weight. It
Is important for the company to reevaluate their packaging
process as a significant amount of the boxes from the sample
Range
54.2900
let
akewnecc
The lowest box weight produced by the packaging process s
584.5739 grams, which is 38.4261 grams below the declared
584.5739 box label weight of 623 grams. It is also 14.9261 grams below
LMAV. I the packaging process continues to produce boxes
show that the oompany is failing to meet management targets
and govermment requlations
Lowest Value
with weights close to the lowest value, the company will fal to
meet govemment standards and will face negative
consenuences
Transcribed Image Text:Decoriptive statictioc: Using Excel, calculate the folowing descriptive statistics and then Interpret the resuts in context using a business perspective. The analysisinterpretation should tell management what the descrptive statistic is revealing about the performance of the packaging process. The highest bOK weight produced by the packaging process is 638.8639 grams, which is 15.8639 grams above the declared Descriptive Statistic |Analysis/interpretation Value Highect Value 638.8639 box label weight of E23 grams. It is also 39.3639 grams above The packaging process produces boxes with the average weight of 618.5784 grams, which is 4.4216 grams below the 618.5784 declared box label weight of 623 grams. This could result in penalization. The packaging process should be reassessed to LMAV. Ir the packaging process continues to produce boxes with weights close to the highest value, the company will be safe from fines litigation, and negative pubicity as it meets government standards: however, the packaging process should be evaluated to see if producing boxes with this high of a weight is sustainable. Mean determine where the inefficiency lies. The median of the data set (exact weights of 500 random boxes) is dose to the mean, so there is not a large amount of Or the 500 random boxes sample, 68.2% of the boxes were 341:500 below the declared box label weight. This could result in 0.6820 penalization and heavily suggests a redesign of the packaging 68.2000% process to ensure that the large majority of the boxes produced Median 618.7498 skewness, and the data is doser to a symmetrical distribution Proportion of For the packaging process, this means that the majority of boxes have a weight around the mean weight. boxec below label welght The box weight that the packaging process most often produces is at or very close to 618.5069 grams, which is also meet company targets. Of the 500 random boxes sample, only 31.8% of the boxes are above the dedared box label weight. This is considerably less Proportion of boxes above labol welght 159:500 Mode 618.50E9 very close to the average weight. 0.3180 than 1 in every 2 boxes, which heavily suggests that a 31.8000% restructure of the packaging process is needed to ensure that the company meets management standards and avoids Each collected weight sample can be expected to be around +8.5923 grams away from the average weight. The MAV s 23.5 grams, which is more than 2 times greater than the standard devilation. This shows that 95% of the boxes produced will be within 2 standard deviations (17.1846 grams) of the average weight. negative consequences Or the 500 random boxes sample, 3.0% of the boxes were below the LMAV (599.50 grams). The presence of boxes that do not meet the lowest allowable weight could result in the 3.0000% company receiving fines, Igation, and negative publicity, which all have detrimental effect on the company's prosperity. It is essential to restructure the packaging process to make sure this atandard 8.5923 Proportion of boxec below Devlation 15:500 0.0300 / LMAV This range (54.29 grams) gives the basic spread of the data set. In the most extreme cases, the packaging process can produce boxes that are 54.2900 grams apart in weight, which is two times the MAV (23.5 grams). This shows that the packaging process needs to be reevaluated to become more consistent and decrease the spread of bax weights. does not continue The average box weight (618.5784 grams) is about 0.1714 grams less than the median box weight (618.7498) which negatively means that the data is slighty skewed to the left. Slightly more skewed of the baxes produced are less than the average bax weight. It Is important for the company to reevaluate their packaging process as a significant amount of the boxes from the sample Range 54.2900 let akewnecc The lowest box weight produced by the packaging process s 584.5739 grams, which is 38.4261 grams below the declared 584.5739 box label weight of 623 grams. It is also 14.9261 grams below LMAV. I the packaging process continues to produce boxes show that the oompany is failing to meet management targets and govermment requlations Lowest Value with weights close to the lowest value, the company will fal to meet govemment standards and will face negative consenuences
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