Question 5 Thirteen MBA students joined a three-month fitness program because of high cholesterol. readings. Shown are the cholesterol readings of the 13 students before joining the three- month fitness program and right after the completion of the three-month fitness. program. The fitness trainer wants to test whether there is a drop in the cholesterol. readings for people who completed the three-month fitness program. Assume differences in cholesterol readings are normally distributed in the population. NAME Neeza Waris Seena Fayyaz Najmulla Azneena Lisa Nashifa Azma Liusha Malik Milna Nashaya BEFORE 255 230 290 242 300 250 215 230 225 219 236 245 300 AFTER 197 225 215 215 240 235 190 240 200 203 223 200 195 d [You may use sa = 31.87] a) Calculate d. Give your answer to 2 decimal places where appropriate.
Question 5 Thirteen MBA students joined a three-month fitness program because of high cholesterol. readings. Shown are the cholesterol readings of the 13 students before joining the three- month fitness program and right after the completion of the three-month fitness. program. The fitness trainer wants to test whether there is a drop in the cholesterol. readings for people who completed the three-month fitness program. Assume differences in cholesterol readings are normally distributed in the population. NAME Neeza Waris Seena Fayyaz Najmulla Azneena Lisa Nashifa Azma Liusha Malik Milna Nashaya BEFORE 255 230 290 242 300 250 215 230 225 219 236 245 300 AFTER 197 225 215 215 240 235 190 240 200 203 223 200 195 d [You may use sa = 31.87] a) Calculate d. Give your answer to 2 decimal places where appropriate.
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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Hi please answer the question on the picture for me.
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Transcribed Image Text:b) State clearly the null and alternative hypotheses.
c) State clearly the decision rule if a = .01.
d) Test at 1% significance level whether there is a drop in the cholesterol readings for
people who completed the three-month fitness program. Give your answer to 2 decimal
places where appropriate.
e) State the statistical conclusion.
(d)
f) Briefly explain the statistical conclusion and give an example how this result might be
used by the fitness trainer to make business decisions.
g) Construct a 99% confidence interval to estimate the population mean difference of
cholesterol readings for people who are involved in this program. Give your answer to 2
decimal places where appropriate.
![Question 5
Thirteen MBA students joined a three-month fitness program because of high cholesterol
readings. Shown are the cholesterol readings of the 13 students before joining the three-
month fitness program and right after the completion of the three-month fitness
program. The fitness trainer wants to test whether there is a drop in the cholesterol
readings for people who completed the three-month fitness program. Assume differences
in cholesterol readings are normally distributed in the population.
NAME
Neeza
Waris
Seena
Fayyaz
Najmulla
Azneenal
Lisa
Nashifa
Azma
Liusha
Malik
Milna
Nashaya
BEFORE
255
230
290
242
300
250
215
230
225
219
236
245
300
AFTER
197
225
215
215
240
235
190
240
200
203
223
200
195
d
[You may use sa = 31.87]
a) Calculate d. Give your answer to 2 decimal places where appropriate.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7d3dafae-62b0-44ff-9719-191803bd7274%2F84dfcb47-0fe9-4cc4-8506-76cb5bccf569%2F72wauhk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Question 5
Thirteen MBA students joined a three-month fitness program because of high cholesterol
readings. Shown are the cholesterol readings of the 13 students before joining the three-
month fitness program and right after the completion of the three-month fitness
program. The fitness trainer wants to test whether there is a drop in the cholesterol
readings for people who completed the three-month fitness program. Assume differences
in cholesterol readings are normally distributed in the population.
NAME
Neeza
Waris
Seena
Fayyaz
Najmulla
Azneenal
Lisa
Nashifa
Azma
Liusha
Malik
Milna
Nashaya
BEFORE
255
230
290
242
300
250
215
230
225
219
236
245
300
AFTER
197
225
215
215
240
235
190
240
200
203
223
200
195
d
[You may use sa = 31.87]
a) Calculate d. Give your answer to 2 decimal places where appropriate.
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