5:02KSuppose the lengths of human pregnancies are normally distributed with μ = 266 days and o= 16 days. Completeparts (a) and (b) below.(a) The figure to the right represents the normal curve with μ = 266 days and o = 16days. The area to the right of X = 280 is 0.1908. Provide two interpretations of thisarea.Provide one interpretation of the area using the given values. Select the correctchoice below and fill in the answer boxes to complete your choice.(Type integers or decimals.)OA. The proportion of human pregnancies that last more thanB. The proportion of human pregnancies that last less than2 | 46 | - 38%LTE2B. The proportion of human pregnancies that last less thandays isdays isProvide a second interpretation of the area using the given values. Select the correct choice below and fill in theanswer boxes to complete your choice.(Type integers or decimals.)OA. The probability that a randomly selected human pregnancy lasts more thanOB. The probability that a randomly selected human pregnancy lasts less than(b) The figure to the right represents the normal curve with μ = 266 days and o = 16days. The area between x = 235 and x = 300 is 0.9569. Provide two interpretations ofthis area.days isProvide one interpretation of the area using the given values. Select the correctchoice below and fill in the answer boxes to complete your choice.(Type integers or decimals. Use ascending order.)OA. The proportion of human pregnancies that last between|||=Oand days isor more thanA266 280days isdays isand235Provide a second interpretation of the area using the given values. Select the correct choice below and fill in theanswer boxes to complete your choice.(Type integers or decimals. Use ascending order.)OA. The probability that a randomly selected human pregnancy lasts betweenOB. Theprobabilitythat a randomly selected human pregnancy lasts less than266days is300or more thanXdays is

Solution: Given that , suppose the length of human pregnancies are normally distributed with μ=266…

Suppose the lengths of human pregnancies are normally distributed with μ = 266 days and o= 16 days. Complete parts (a) and (b) below. (a) The figure to the right represents the normal curve with μ = 266 days and o = 16 days. The area to the right of X = 280 is 0.1908. Provide two interpretations of this area. Provide one interpretation of the area using the given values. Select the correct choice below and fill in the answer boxes to complete your choice. (Type integers or decimals.) OA. The proportion of human pregnancies that last more than OB. The proportion of human pregnancies that last less than days is days is (b) The figure to the right represents the normal curve with μ = 266 days and σ = 16 days. The area between x = 235 and x = 300 is 0.9569. Provide two interpretations of this area. B. The proportion of human pregnancies that last less than days is Provide a second interpretation of the area using the given values. Select the correct choice below and fill in the answer boxes to complete your choice. (Type integers or decimals.) OA. The probability that a randomly selected human pregnancy lasts more than B. The probability that a randomly selected human pregnancy lasts less than Provide one interpretation of the area using the given values. Select the correct choice below and fill in the answer boxes to complete your choice. (Type integers or decimals. Use ascending order.) OA. The proportion of human pregnancies that last between and days is or more than days is 266 280 days is X A 235 266 300 Provide a second interpretation of the area using the given values. Select the correct choice below and fill in the answer boxes to complete your choice. (Type integers or decimals. Use ascending order.) OA. The probability that a randomly selected human pregnancy lasts between OB. The probability that a randomly selected human pregnancy lasts less than and days is or more than days is G Q

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter5: Inverse, Exponential, And Logarithmic Functions

Section5.6: Exponential And Logarithmic Equations

Problem 54E