Data: Cl: 0 1 2 3 4 5 6 Dialog box: Session command: 20 Calc > Probability Distributions > Binomial MTB > CDF C1; SUBC> BINOMIAL 6 0.3. Choose Cumulative probability. Type 6 in Number of trials. Type...

can you please help with 4.3.2 notes for class was absent

Extracted text: Data: Cl: 0 1 2 3 4 5 6 Dialog box: Session command: 20 Calc > Probability Distributions > Binomial MTB > CDF C1; SUBC> BINOMIAL 6 0.3. Choose Cumulative probability. Type 6 in Number of trials. Type 0.3 in Probability of success. Choose Input column and type Cl. Click OK. (o) Output: o ba ECA Cumulative Distribution Function VIH sead Binomial with n = 6 and p = 0.300000 %3D P( X <= x) (0-a).in io mildepo ea 0.00 0.1176 1.00 0.4202 2.00 0.7443 3.00 0.9295 4.00 0.9891 5.00 0.9993 6.00 1.0000 figure 4.3.4 minitab calculation of cumulative binomial probabilities for x = 0 through x = 6 when n = 6 and p = .3. %3d %3d exercises in in each of the following exercises, assume that n is sufficiently large relative to n that the binomial distribution may be used to find the desired probabilities. 4.3.1 based on data collected by the national center for health statistics and made available to the public in the sample adult database (a-5), an estimate of the percentage of adults who have at some point in their life been told they have hypertension is 23.53 percent. if we select a simple random sample of 20 u.s. adults and assume that the probability that each has been told that he or she has hypertension is .24, find the probability that the number of people in the sample who have been told that they have hypertension will be: (a) exactly three (b) three or more (c) fewer than three (d) between three and seven, inclusive 4.3.2 refer to exercise 4.3.1. how many adults who have been told that they have hypertension would you expect to find in a sample of 20? x)="" (0-a).in="" io="" mildepo="" ea="" 0.00="" 0.1176="" 1.00="" 0.4202="" 2.00="" 0.7443="" 3.00="" 0.9295="" 4.00="" 0.9891="" 5.00="" 0.9993="" 6.00="" 1.0000="" figure="" 4.3.4="" minitab="" calculation="" of="" cumulative="" binomial="" probabilities="" for="" x="0" through="" x="6" when="" n="6" and="" p=".3." %3d="" %3d="" exercises="" in="" in="" each="" of="" the="" following="" exercises,="" assume="" that="" n="" is="" sufficiently="" large="" relative="" to="" n="" that="" the="" binomial="" distribution="" may="" be="" used="" to="" find="" the="" desired="" probabilities.="" 4.3.1="" based="" on="" data="" collected="" by="" the="" national="" center="" for="" health="" statistics="" and="" made="" available="" to="" the="" public="" in="" the="" sample="" adult="" database="" (a-5),="" an="" estimate="" of="" the="" percentage="" of="" adults="" who="" have="" at="" some="" point="" in="" their="" life="" been="" told="" they="" have="" hypertension="" is="" 23.53="" percent.="" if="" we="" select="" a="" simple="" random="" sample="" of="" 20="" u.s.="" adults="" and="" assume="" that="" the="" probability="" that="" each="" has="" been="" told="" that="" he="" or="" she="" has="" hypertension="" is="" .24,="" find="" the="" probability="" that="" the="" number="" of="" people="" in="" the="" sample="" who="" have="" been="" told="" that="" they="" have="" hypertension="" will="" be:="" (a)="" exactly="" three="" (b)="" three="" or="" more="" (c)="" fewer="" than="" three="" (d)="" between="" three="" and="" seven,="" inclusive="" 4.3.2="" refer="" to="" exercise="" 4.3.1.="" how="" many="" adults="" who="" have="" been="" told="" that="" they="" have="" hypertension="" would="" you="" expect="" to="" find="" in="" a="" sample="" of="">