Please solve step 2,3,4 …thank you!
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Please solve step 2,3,4 …thank you!

Transcribed Image Text:Values to test the population mean
Choose your Data Set
2013 Average Annual Number
Cancer of the colon and rectum
(colorectal), mortality
2015 Average Annual Number
Cancer of the colon and rectum
(colorectal), mortality
2017 Average Annual Number
Cancer of the colon and rectum
(colorectal), mortality
2013 Average Annual Number
Melanoma, mortality
2015 Average Annual Number
Melanoma, mortality
2017 Average Annual Number
Melanoma, mortality
2012 % if people All teeth lost
among adults aged >= 65 years
2014 % if people All teeth lost
among adults aged >= 65 years
2016 % if people All teeth lost
among adults aged >= 65 years
2015 % of people who suffer from
Arthritis
2017 % of people who suffer from
Arthritis
2019 % of people who suffer from
Arthritis
Use this
value for
your
Hypotheses
Statements
505
506
509
88
89
84
16.05
14.55
13.87
24.17
23.88
24.63

Transcribed Image Text:Use Sample to test a hypothesis about the population mean for your data set. You will perform
a Hypothesis Test using alpha = .05 and the Student's T-Test. Your number for your Hypothesis Test
is in the table below and depends on your original Data Set. If you are using Desmos, you will need
your Sample from step 1 (which is also provided below in STEP 1 if needed). Include the Step with
your information in the order listed. Please round all calculations to 4 decimals as needed.
Step 1:
Sample Mean, Sample Standard Deviation, and Sample Size- Confidence Interval below for
2013 Average Annual Number Melanoma, Mortality.
23 37 56 1586 72 23
Average 59.08571429
56 12 32 73 47 21 154
35 13 126 1271 8 18
68 18 12 142 158 15155
Sample standard deviation 51.90566751
The mean of the sample is 59.0857
47 120 55 9 4 25 151
The standard deviation of the sample data is 51.9057
Confidence interval is a range of data value within which the population parameter is expected to fall.
Confidence level is 90%
Significance level a=1-0.90-0.10
Confidence interval is given with formula:
C.l=x ±t*sn
where t* is the critical value at degrees of freedom df-n-1-35-1-34 and significance level 0.10.
Using the t-table, the critical value is 1.691
Substitute the values in the formula:
C.l-x ±t sn=59.0857143+1.69151.9056675135-59.0857143±14.83625762-44.2495, 73.9220
Therefore, one can be 90% confident that the population mean u lies between 44.2495 and 73.9220
I
Step 2: State your Null and Alternate Hypotheses.
Based on your first initial use the Null and Alternate Hypotheses listed below.
A-H: HO: μ = # & HA: u * #
1-P: HO: us # & HA: μ> #
Q-Z: HO: μ ≥ # & HA: µ< #
Change the # to the appropriate number from the table below.
Step 3: Calculate your t-score and p-value
Use either Desmos (Links to an external site.) or one of the 84 Calculators and use
the Student's T distribution
Step 4: State your t-score and p-value are.
Only include the p-value for your alternate hypothesis (HA).
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