In this same passage on the organic effect, answer the questions carefully to get the correct answers. The Organic EffectThis Exercise pertains to a 2015 study¹ which took a Swedish family that ate a conventional diet (non-organic), and then had them eatonly organic for two weeks. Pesticide concentrations for several different pesticides were measured in µg/g creatinine by testingmorning urine. Multiple measurements were taken for each person before the switch to organic foods, and then again afterparticipants had been eating organic for at least one week. The results are pretty compelling, and are summarized in a short video³which 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 organicversus non-organic?Concentration (mg/g)051510 15Concentration (mcg/g crt)524DNon-Organic OrganicETUNon-Organic OrganicConcentration (mogigot)15Click here to access StatKar090+20150Concentration (mcg/g crt)0 503-PBANon-Organic OrganicMepiquatNon-Organic Organic20Click here for the dataset associated with this question.40 60Concentration (mogigot)0 20Concentration (mcg/g crt)Figure 1812524.518Figure 235DCNon-Organic OrganicPropamocarbNon Organic OrganicConcentration (nog/go)0 200 400 60030Concentration (mog/g crt)40 80 120UEating Organic and 3-PBA LevelsWe first study 3-PBA, a commonly used insecticide found in grains, fruits, and vegetables. How much higher are 3-PBA concentrationswhile not eating organic versus eating organic? A bootstrap distribution based on 1000 samples of the mean concentration before theswitch minus the mean concentration after switching to organic is shown in Figure 2.35▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬CCCNon-Organic OrganicTCP·-[]}+\Non Organic Organic (c) Use the bootstrap distribution to estimate the sample statistic.Round your answer to one decimal place.Sample statistic = ieTextbook and Media(d) Use the bootstrap distribution to estimate a 99% confidence interval.Round your answers to the nearest integer.The interval is ieTextbook and Media(e) Interpret this interval in context.ug/g crt to iug/g crt.O We are 99% confident that all people will have mean 3-PBA concentrations between 15 and 35 units higher wheneating non-organic than when eating organic.We are 99% confident that the people in the sample had 3-PBA concentrations between 15 and 35 units higher wheneating non-organic than when eating organic.Between 15% and 35% of people have higher concentrations of 3-PBA when eating non-organic than when eatingorganic.We are 99% confident that the people in the sample had mean 3-PBA concentrations between 15 and 35 units higherwhen eating non-organic than when eating organic.We are confident that 99% of people have 3-PBA concentrations between 15 and 35 units higher when eating non-organic than when eating organic.

Given information: The output of boxplots is given.

This Exercise pertains to a 2015 study 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 ug/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? 240 3 PRA 35DC CCC

This Exercise pertains to a 2015 study 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 ug/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? 240 3 PRA 35DC CCC

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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