Workshop 6 Group Review Questions
1. Complete six of the following problems with your team. Note: use Excel whenever possible. The Ch available for you to ask questions and to assist your peers with their questions: a. Chapter 9: 9.69, and 9.72 through 9.
Workshop 5 Group Review Questions
1. Complete at least 6 problems (3 from each chapter) with your team. Note: use Excel whenever possi is available for you to ask questions and to assist your peers with their questions: a. Chapter 7: 7.22 through 7.26, 7.
Workshop 5 Group Review Questions
1. Complete at least 6 problems (3 from each chapter) with your team. Note: use Excel whenever possi is available for you to ask questions and to assist your peers with their questions: a. Chapter 7: 7.22 through 7.26, 7.
Workshop 6 Group Review Questions
1. Complete six of the following problems with your team. Note: use Excel whenever possible. The Ch for you to ask questions and to assist your peers with their questions: a. Chapter 9: 9.69, and 9.72 through 9.74. b. Cha
The question I would like the data to answer is:
1.Which model has the best
city mpg
2. Which model has the
best highway mpg.
The source of data used for this analysis is a secondary data source provided by Indiana Wesylan University. I
plan to use a Nume
Running head: Short- and Long-run Production Function
Short- and Long-run Production Function
Ikela Marion
Indiana Wesleyan University
1
Short- and Long-run Production Function
2
Many organizations are forced to analyze the cost of production of their pro
Running Head: STATISTICAL ANALYTICAL OF WHICH MODEL HAS THE BEST MILEAGE
Statistical Analyze of Which Model Has the Best Mileage
Ikela Marion
Indiana Wesleyan University
1
Statistical Analytical of Which Model Has the Best Mileag
The purpose of the analys
Confidence Interval
a.
Data
Sample Size
Number of Successes
Confidence Level
1954
743
95%
Intermediate Calculations
Sample Proportion
0.3802456499
Z Value
-1.9600
Standard Error of the Proportion
0.0110
Interval Half Width
0.0215
Confidence Interval
Inter
AMS
Common Data
a.
Mean
Standard Deviation
1.005
6
Probability for X <=
X Value
Z Value
P(X<=1)
1
-0.0008333
0.4997
Probability for a Range
From X Value
0.95
To X Value
1.05
Z Value for 0.95
-0.0091667
Z Value for 1.05
0.0075
P(X<=0.95)
0.4963
P(X<=1.05)
The question I would like the data to answer is:
1.Which model has the best
city mpg
2. Which model has the
best highway mpg.
The source of data used for this analysis is a secondary data source provided by Indiana Wesylan University. I
plan to use a Nume
RUNNING HEAD: APPLYING THE DMAIC MODEL TO CUSTOMER SERVICE
1
DMAIC Model
Ikela Marion
Indiana Wesleyan University
Applying the DMAIC Model to Customer Service 2
Abstract
The purpose of the paper is to define what area in the organization that can benefit
The Springville Herald Cont.
The data that needs numerical descriptive measures is that of the help desk calls
1
Days 61-90
Days 31-60
75th 50th 25th
Days 1-30
0
10
20
30
40
50
60
70
80
2
Average calls
70 60 50 40 30 20 10 0 Days 1-30 Days 31-60 Days 61-9
Workshop 3 Individual Review Questions
1. 1. Complete the following problems from the text book. Note: use Excel whenever possible. The C thread is available for you to ask questions and to assist your peers with their questions: a. Chapter 4: 4.36, 4.37,
Workshop 3 Team Assignment Questions
1. Complete 2 of the following 4 problems with your team: a. Chapter 4: 4.48, 4.52, 4.54, and 4.55. 2. Save your work and submit via Submit Assignments. All work MUST be shown on the appropriate worksheet; Link each ap
ADM 515 Statistics Final
There are 10 questions/problems. Points are as shown. You may use your book or any notes. Post the digital drop box and please be cogent and please clearly mark your answers Do not discuss this other student. All work MUST be show
ADM 515 Statistics Midterm Exam
Instructions: There are 9 questions/problems. Points are as shown. You may use your book or any Post your answers in the digital drop box and please be cogent and please clearly mark your answ not discuss this exam with any
Answer 1 a. What is the frequency (as a percentage) for those salespersons earning between $1,600 and $1,799? b. What is the frequency (as a percentage) for those salespersons earning more than $ 1,599? 2 What is the weighted mean profit per delivery? 0.0
Workshop 3 Team Assignment Questions
1. Complete 2 of the following 4 problems with your team: a. Chapter 4: 4.48, 4.52, 4.54, and 4.55. 2. Save your work and submit via Submit Assignments. All work MUST be shown on the appropriate worksheet; Link each ap
Managing Ashland MultiComm Services
AMS objective is to reduce the probability that the upload time is below 1.0. After analyzing data
I found the probability the upload speed is less than 1.0 to be 48%. The probability of being between .95
and 1.0 is .00