The probability of flu symptoms for a person not receiving any treatment is 0.03. In a clinical trial of a common drug used to lower cholesterol, 37 of 1152 people treated experienced flu symptoms. Assuming the drug has no eff of flu symptoms, estimate the probability that at least 37 people experience flu symptoms. What do these results suggest about flu symptoms as an adverse reaction to the drug?

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**Clinical Trial Analysis: Probability of Flu Symptoms**

The probability of flu symptoms for a person not receiving any treatment is 0.03. In a clinical trial of a common drug used to lower cholesterol, 37 out of 1152 people treated experienced flu symptoms. Assuming the drug has no effect on the likelihood of flu symptoms, estimate the probability that at least 37 people experience flu symptoms. What do these results suggest about flu symptoms as an adverse reaction to the drug?

(a) Calculate \( P(X \geq 37) = \) [Input your answer rounded to four decimal places as needed.]

*Note: This exercise involves assessing whether flu symptoms can be considered an adverse reaction to the drug based on the probability estimation.*
Transcribed Image Text:**Clinical Trial Analysis: Probability of Flu Symptoms** The probability of flu symptoms for a person not receiving any treatment is 0.03. In a clinical trial of a common drug used to lower cholesterol, 37 out of 1152 people treated experienced flu symptoms. Assuming the drug has no effect on the likelihood of flu symptoms, estimate the probability that at least 37 people experience flu symptoms. What do these results suggest about flu symptoms as an adverse reaction to the drug? (a) Calculate \( P(X \geq 37) = \) [Input your answer rounded to four decimal places as needed.] *Note: This exercise involves assessing whether flu symptoms can be considered an adverse reaction to the drug based on the probability estimation.*
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