Does smoking increase the chance of lung cancer along with other

This is an online class. You have to login to my account and access Blackboard to get to the class. This class is STAT220. You login to www.davenport.edu first then click on login then you will have to login to my account with: User - jrogers52 Pass - calvin81 hit submit then click on Blackboard to access the online classes then select courses then go to the course labeled Spri2019-SE1-STAT220.30861 You have to go into the 'weekly materials' folder You have to download the Minitab file for this assignment. This is a 3 part assignment. Part 2 is due on 6/1/19 by 6 p.m., and parts 3 & 4 are due on 6/17/19 by 6 p.m. Part 2 is mostly all statistics on my case study. I have chosen "Does smoking increase the chance of lung cancer along with other forms of cancer in the U.S.? With supporting data on the spreadsheet with the tab highlighted in orange (Excel sheet labeled vetted data sets). Part 3 is 3 page written paper with supporting directions. Part 4 is an 8 slide PP f

Does smoking increase the chance of
lung cancer along with other forms of
cancer in the U.S.?
Name:
Institution:

Descriptive statistics
On average people smoke 24.914 cigarettes.
On average there are 4.121 cases of bladder cancer, 19.653 cases of lung cancer
2.7945 cases of kidney cancer and 2.7945 cases of kidney cancer.
Lung cancer has the highest cases among the smokers and Kidney cancer cases is least
among the smokers (Keller, 2015).

Correlation
40302010
30
20
10
0
40302010
30
20
10
0
BLAD
CIG
LUNG
KID LEUK
Scatterplot of BLAD, LUNG, KID, LEUK vs CIG Strong positive correlation between
bladder cancer and number of cigars
smoked. R = 0.701, p-value < .05
(Keller, 2015)
Strong positive correlation between
lung cancer and number of cigars
smoked. R = 0.697, p-value < .05
Strong positive correlation between
kidney cancer and number of cigars
smoked. R = 0.487, p-value < .05
There is no linear relationship between
leukemia and number of cigar smoked.
R = -0.068, p-value = 0.698

Regression
• There is a significant linear relationship between number of cigarettes
smoked and bladder cancer
 BLAD = 1.086 + 0.1218 CIG
• There is a significant linear relationship between number of cigarettes
smoked and lung cancer
 LUNG = 6.47 + 0.5291 CIG
There is no linear relationship between number of cigarettes
smoked and leukemia
These two models could be used to predict the bladder cancer cases and
lung cancer cases.

Conclusion
The developed two models can be used to make number of
cancer cases for respective cancer forms.
 Lung cancer is the highest form of cancer among the cigarette
smokers.
Kidney cancer cases is lower among the cigarette smokers in US.
For non significant relationship, the average for the cancer cases
could be used as reference or predicted value for all the smokers
level.

References
Cohen, P., West, S. G., & Aiken, L. S. (2014). Applied multiple
regression/correlation analysis for the behavioral sciences (2nd ed.).
Psychology Press.
Keller, G. (2015). Statistics for Management and Economics, Abbreviated. Cengage
Learning.