point(s) possible Compute P(x) using the binomial probability formula Then determine whether the normal distribution can

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: Point S Possible Compute P X Using The Binomial Probability Formula Then Determine Whether The Normal Distribution Can 1 (31.63 KiB) Viewed 39 times

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point(s) possible Compute P(x) using the binomial probability formula Then determine whether the normal distribution can be used to estimate this probability If so, approximate P(x) using the normal distribution and compare the result with the exact probability. n=75, p=0.77, and x = 59 Click here to view the standard normal distribution table (page 1). Click here to view the standard.normal distribution table (page 2). For n=75, p=0.77, and x=59, find P(x) using the binomial probability distribution P(X)(Round to four decimal places as needed.) Can the normal distribution be used to approximate this probability? OA. Yes, the normal distribution can be used because np(1-p) a 10. OB. No, the normal distribution cannot be used because np(1-p) a 10 OC. Yes, the normal distribution can be used because np(1-p) ≤ 10 OD. No, the normal distribution cannot be used because np(1-p) <10 Approximate P(x) using the normal distribution Select the correct choice below and fill in any answer boxes in your choice OA. P(x)= (Round to four decimal places as needed) OB. The normal distribution cannot be used to approximate the binomial distribution in this case Compare the normal approximation with the exact probability Select the correct choice below and any answer hopes in your choice quiz
Compute P(x) using the binomial probability formula. Then determine whether the normal distribution can be used to estimate this probability If so, approximate P(x) using the normal distribution and compare the result with the exact probability n=75, p=0.77, and x 59 Click here to view the standard normal distribution table.(page 1). Click here to view the standard normal distribution table.(page 2). CUR OC. Yes, the normal distribution can be used because np(1-p)s 10 OD. No, the normal distribution cannot be used because no(1-0) 10. Approximate PC) using the normal distribution Select the correct choice below and tilt in any answer boxes in your choice. OA PO (Round to four decimal places as needed) OB. The normal distribution cannot be used to approximate the binomial distribution in this case Compare the normal approximation with the exact probability Select the correct choice below and fill in any answer boxes in your choice OA The exact probability is greater than the approximated probability by OB. The exact probability is less than the approximated probability by OC. The exact and approximated probabilities are equal OD. The normal distribution cannot be used to approximate the binomial distribution in this case 201 (Round to four decimal places as needed) (Round to four decimal places as needed)
Compute P(x) using the binomial probability formula. Then determine whether the normal distribution can be used to estimate this probability If so, approximate P(x) using the normal distribution and compare the result with the exact probability. n=75, p=077, and x=59 Click here to view the standard normal distribution table (page 1). Click here to view the standard normal distribution table (page 2). OC. Yes, the normal distribution can be used because np(1-p) 10 OD. No, the normal distribution cannot be used because np(1-p) 10. Approximate P(x) using the normal distribution Select the correct choice below and fill in any answer boxes in your choice OA PXX (Round to four decimal places as needed) B. The normal distribution cannot be used to approximate the binomial distribution in this case. Compare the normal approximation with the exact probability. Select the correct choice below and fill in any answer boxes in your choice OA. The exact probability is greater than the approximated probability by OB. The exact probability is less than the approximated probability by Oc. The exact and approximated probabilities are equal OD. The normal distribution cannot be used to approximate the binomial distribution in this case (Round to four decimal places as needed) (Round to four decimal places as needed)