Part E: After a period of time, suppose that there is no difference in the average BMI from group to group. What would be the best conclusion? There is no evidence that increased sun exposure contributes to lower BMI. There is evidence of an association between amount of sun exposure and BMI. There is evidence that increased sun exposure contributes to lower BMI. Part F: After a period of time, suppose that groups who received the most sunlight had the lowest average BMIs. What would be the best conclusion? There is evidence that increased sun exposure contributes to lower BMI. There is no evidence that increased sun exposure contributes to lower BMI. There is evidence of an association between amount of sun exposure and BMI.
Part E: After a period of time, suppose that there is no difference in the average BMI from group to group. What would be the best conclusion? There is no evidence that increased sun exposure contributes to lower BMI. There is evidence of an association between amount of sun exposure and BMI. There is evidence that increased sun exposure contributes to lower BMI. Part F: After a period of time, suppose that groups who received the most sunlight had the lowest average BMIs. What would be the best conclusion? There is evidence that increased sun exposure contributes to lower BMI. There is no evidence that increased sun exposure contributes to lower BMI. There is evidence of an association between amount of sun exposure and BMI.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
Related questions
Question

Transcribed Image Text:In a previous practice assignment, you learned
about a study in which volunteers (who were all
around 30 years of age) from the Chicago area
wore light sensors to measure their exposure to
sunshine. It was found that those who
experienced more daylight had lower body
mass indexes (BMIs). The study was
observational. It was not an experiment, so
conclusions about cause and effect could not
be made.
Let's redesign the observational study
described above into an experimental study.

Transcribed Image Text:Part E: After a period of time, suppose that
there is no difference in the average BMI from
group to group. What would be the best
conclusion?
O There is no evidence that increased sun
exposure contributes to lower BMI.
There is evidence of an association
between amount of sun exposure and
BMI.
O There is evidence that increased sun
exposure contributes to lower BMI.
Part F: After a period of time, suppose that
groups who received the most sunlight had the
lowest average BMIs. What would be the best
conclusion?
There is evidence that increased sun
exposure contributes to lower BMI.
There is no evidence that increased sun
exposure contributes to lower BMI.
O There is evidence of an association
between amount of sun exposure and
BMI.
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