Determine whether you can use a normal distribution to approximate the binomial distribution. If you can, use the normal distribution to approximate indicated probabilities and sketch their graphs. If you cannot, explain why and use a binomial distribution to find the indicated unusual events. Explain. probabilities. Identify ar trial. You randomly select 210 In a survey of U.S. adults, 19% said that they have participated in a clinical number who have participated in a clinical trial is (a) no fewer than 34, (b) more than 42, and (c) between U.S. adults. Find the probability that the 37 and 47 inclusive.

A First Course in Probability (10th Edition)
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Author:Sheldon Ross
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Chapter1: Combinatorial Analysis
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Determine whether you can use a normal distribution to approximate the binomial distribution. If you can, use the normal distribution to approximate th
indicated probabilities and sketch their graphs. If you cannot, explain why and use a binomial distribution to find the indicated probabilities. Identify any
unusual events. Explain.
In a survey of U.S. adults, 19% said that they have participated in a clinical trial. You randomly select 210 U.S. adults. Find the probability that the
number who have participated in a clinical trial is (a) no fewer than 34, (b) more than 42, and (c) between 37 and 47 inclusive.
Determine whether a normal distribution can be used to approximate the binomial distribution. Choose the correct answer below.
OA. No, because nq < 5.
OB. No, because np < 5.
OC. Yes, because both np ≥ 5 and nq ≥ 5.
(a) Find the probability that the number who have participated in a clinical trial is no fewer than 34.
(Round to four decimal places as needed.)
Sketch the graph of the normal distribution with the indicated probability shaded.
O A.
μ = 39.9
an example
Get more help -
O B.
μ = 39.9
O C.
μ = 39.9
X
✓ ✓
O D.
μ= 39.9
Q
Q
Next
Transcribed Image Text:Determine whether you can use a normal distribution to approximate the binomial distribution. If you can, use the normal distribution to approximate th indicated probabilities and sketch their graphs. If you cannot, explain why and use a binomial distribution to find the indicated probabilities. Identify any unusual events. Explain. In a survey of U.S. adults, 19% said that they have participated in a clinical trial. You randomly select 210 U.S. adults. Find the probability that the number who have participated in a clinical trial is (a) no fewer than 34, (b) more than 42, and (c) between 37 and 47 inclusive. Determine whether a normal distribution can be used to approximate the binomial distribution. Choose the correct answer below. OA. No, because nq < 5. OB. No, because np < 5. OC. Yes, because both np ≥ 5 and nq ≥ 5. (a) Find the probability that the number who have participated in a clinical trial is no fewer than 34. (Round to four decimal places as needed.) Sketch the graph of the normal distribution with the indicated probability shaded. O A. μ = 39.9 an example Get more help - O B. μ = 39.9 O C. μ = 39.9 X ✓ ✓ O D. μ= 39.9 Q Q Next
Determine whether you can use a normal distribution to approximate the binomial distribution. If you can, use the normal distribution to approximate th
indicated probabilities and sketch their graphs. If you cannot, explain why and use a binomial distribution to find the indicated probabilities. Identify any
unusual events. Explain.
In a survey of U.S. adults, 19% said that they have participated in a clinical trial. You randomly select 210 U.S. adults. Find the probability that the
number who have participated in a clinical trial is (a) no fewer than 34, (b) more than 42, and (c) between 37 and 47 inclusive.
Determine whether a normal distribution can be used to approximate the binomial distribution. Choose the correct answer below.
OA. No, because nq < 5.
OB. No, because np < 5.
OC. Yes, because both np ≥ 5 and nq ≥ 5.
(a) Find the probability that the number who have participated in a clinical trial is no fewer than 34.
(Round to four decimal places as needed.)
Sketch the graph of the normal distribution with the indicated probability shaded.
O A.
μ = 39.9
an example
Get more help -
O B.
μ = 39.9
O C.
μ = 39.9
X
✓ ✓
O D.
μ= 39.9
Q
Q
Next
Transcribed Image Text:Determine whether you can use a normal distribution to approximate the binomial distribution. If you can, use the normal distribution to approximate th indicated probabilities and sketch their graphs. If you cannot, explain why and use a binomial distribution to find the indicated probabilities. Identify any unusual events. Explain. In a survey of U.S. adults, 19% said that they have participated in a clinical trial. You randomly select 210 U.S. adults. Find the probability that the number who have participated in a clinical trial is (a) no fewer than 34, (b) more than 42, and (c) between 37 and 47 inclusive. Determine whether a normal distribution can be used to approximate the binomial distribution. Choose the correct answer below. OA. No, because nq < 5. OB. No, because np < 5. OC. Yes, because both np ≥ 5 and nq ≥ 5. (a) Find the probability that the number who have participated in a clinical trial is no fewer than 34. (Round to four decimal places as needed.) Sketch the graph of the normal distribution with the indicated probability shaded. O A. μ = 39.9 an example Get more help - O B. μ = 39.9 O C. μ = 39.9 X ✓ ✓ O D. μ= 39.9 Q Q Next
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