Give the relevant parameter of interest, using correct notation.
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
Please read the passage of the organic effect. And then, answer the questions carefullly to get the correct answers.
Transcribed Image Text:(a) Give the relevant parameter of interest, using correct notation.
||
DID)
eTextbook and Media
II
:: μ
DI
(b) Give the correct notation for the sample statistic.
I₂
μ
1
:: T₂
4
^
p
:: p
14₂
1₂
:: p
^
P₁
:: p
^
:: P₂
P₁ :: P₂
P₁
P1
:: P₂
T
:: P₂
r
#
T
p
:: p
T
T₁
:: #₁
![The Organic Effect
This Exercise pertains to a 2015 study¹ which took a Swedish family that ate a conventional diet (non-organic), and then had them eat
only organic for two weeks. Pesticide concentrations for several different pesticides were measured in µg/g creatinine by testing
morning urine. Multiple measurements were taken for each person before the switch to organic foods, and then again after
participants had been eating organic for at least one week. The results are pretty compelling, and are summarized in a short video³
which as of this writing has had over 30 million views online. The data are visualized in Figure 1 for eight different detected pesticides,
and can be found in OrganicEffect. How do pesticide levels in the body differ after eating organic
versus non-organic?
Concentration (mg/g)
05
15
10 15
Concentration (mcg/g crt)
5
24D
Non-Organic Organic
ETU
Non-Organic Organic
Concentration (mogigot)
15
Click here to access StatKar
09
0+
20
150
Concentration (mcg/g crt)
0 50
3-PBA
Non-Organic Organic
Mepiquat
Non-Organic Organic
20
Click here for the dataset associated with this question.
40 60
Concentration (mogigot)
0 20
Concentration (mcg/g crt)
Figure 1
8
125
24.518
Figure 2
35DC
Non-Organic Organic
Propamocarb
Non Organic Organic
Concentration (nog/go)
0 200 400 600
30
Concentration (mog/g crt)
40 80 120
U
Eating Organic and 3-PBA Levels
We first study 3-PBA, a commonly used insecticide found in grains, fruits, and vegetables. How much higher are 3-PBA concentrations
while not eating organic versus eating organic? A bootstrap distribution based on 1000 samples of the mean concentration before the
switch minus the mean concentration after switching to organic is shown in Figure 2.
35
▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬
CCC
Non-Organic Organic
TCP
·-[]}+\
Non Organic Organic](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6fce8742-cc7e-4301-a659-4aa9849c80b3%2Fb37d6aac-27ea-4ab6-bb8a-b16ffb0f30d3%2Fffra55r_processed.png&w=3840&q=75)
Transcribed Image Text:The Organic Effect
This Exercise pertains to a 2015 study¹ which took a Swedish family that ate a conventional diet (non-organic), and then had them eat
only organic for two weeks. Pesticide concentrations for several different pesticides were measured in µg/g creatinine by testing
morning urine. Multiple measurements were taken for each person before the switch to organic foods, and then again after
participants had been eating organic for at least one week. The results are pretty compelling, and are summarized in a short video³
which as of this writing has had over 30 million views online. The data are visualized in Figure 1 for eight different detected pesticides,
and can be found in OrganicEffect. How do pesticide levels in the body differ after eating organic
versus non-organic?
Concentration (mg/g)
05
15
10 15
Concentration (mcg/g crt)
5
24D
Non-Organic Organic
ETU
Non-Organic Organic
Concentration (mogigot)
15
Click here to access StatKar
09
0+
20
150
Concentration (mcg/g crt)
0 50
3-PBA
Non-Organic Organic
Mepiquat
Non-Organic Organic
20
Click here for the dataset associated with this question.
40 60
Concentration (mogigot)
0 20
Concentration (mcg/g crt)
Figure 1
8
125
24.518
Figure 2
35DC
Non-Organic Organic
Propamocarb
Non Organic Organic
Concentration (nog/go)
0 200 400 600
30
Concentration (mog/g crt)
40 80 120
U
Eating Organic and 3-PBA Levels
We first study 3-PBA, a commonly used insecticide found in grains, fruits, and vegetables. How much higher are 3-PBA concentrations
while not eating organic versus eating organic? A bootstrap distribution based on 1000 samples of the mean concentration before the
switch minus the mean concentration after switching to organic is shown in Figure 2.
35
▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬
CCC
Non-Organic Organic
TCP
·-[]}+\
Non Organic Organic
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