As of 2021 research is being conducted to study the effects of space travel on humar pody. For example, astronauts stay on the international Space Station (ISS) on missions and the amount of radiation they are exposed to is measured. Suppose the radiation they are exposed to on a regular six month mission follows a Normal distribution with mean 75 millisieverts(mSv) and standard deviation of 20 msv. If the risk of cancer increases when the astranauts are exposed to more than 100mSv, wha s the probability that an astranaut's cancer risk will increase during a regular missio D A. 0.394 B. 0.606 O C. 0.894
As of 2021 research is being conducted to study the effects of space travel on humar pody. For example, astronauts stay on the international Space Station (ISS) on missions and the amount of radiation they are exposed to is measured. Suppose the radiation they are exposed to on a regular six month mission follows a Normal distribution with mean 75 millisieverts(mSv) and standard deviation of 20 msv. If the risk of cancer increases when the astranauts are exposed to more than 100mSv, wha s the probability that an astranaut's cancer risk will increase during a regular missio D A. 0.394 B. 0.606 O C. 0.894
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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![As of 2021 research is being conducted to study the effects of space travel on human
body. For example, astronauts stay on the international Space Station (ISS) on
missions and the amount of radiation they are exposed to is measured. Suppose the
radiation they are exposed to on a regular six month mission follows a Normal
distribution with mean 75 millisieverts(mSv) and standard deviation of 20 mSv. If the
risk of cancer increases when the astranauts are exposed to more than 100mSv, what
is the probability that an astranaut's cancer risk will increase during a regular mission?
A. 0.394
B. 0.606
C. 0.894
O D. 0.106](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F213ffe89-50a9-4439-b61a-07962515ecaa%2Fabd8db0e-1718-4a1b-8f04-d8e0220690b5%2Fklf1li_processed.png&w=3840&q=75)
Transcribed Image Text:As of 2021 research is being conducted to study the effects of space travel on human
body. For example, astronauts stay on the international Space Station (ISS) on
missions and the amount of radiation they are exposed to is measured. Suppose the
radiation they are exposed to on a regular six month mission follows a Normal
distribution with mean 75 millisieverts(mSv) and standard deviation of 20 mSv. If the
risk of cancer increases when the astranauts are exposed to more than 100mSv, what
is the probability that an astranaut's cancer risk will increase during a regular mission?
A. 0.394
B. 0.606
C. 0.894
O D. 0.106
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