![SOLVED: Poisson Approximation to the Binomial: Comparisons (a) For n=100, p=0.02, and r=2, compute P(r) using the formula for the binomial distribution and your calculator: P(r)=Cn, t p^r(1-p)^n-r (b) For n=100, p=0.02, SOLVED: Poisson Approximation to the Binomial: Comparisons (a) For n=100, p=0.02, and r=2, compute P(r) using the formula for the binomial distribution and your calculator: P(r)=Cn, t p^r(1-p)^n-r (b) For n=100, p=0.02,](https://cdn.numerade.com/previews/9d7a2fb4-c602-4713-8633-e39fb32bcc11_large.jpg)
SOLVED: Poisson Approximation to the Binomial: Comparisons (a) For n=100, p=0.02, and r=2, compute P(r) using the formula for the binomial distribution and your calculator: P(r)=Cn, t p^r(1-p)^n-r (b) For n=100, p=0.02,
![PPT - The Poisson distribution as an approximation of the Binomial. PowerPoint Presentation - ID:5629210 PPT - The Poisson distribution as an approximation of the Binomial. PowerPoint Presentation - ID:5629210](https://image3.slideserve.com/5629210/slide1-n.jpg)
PPT - The Poisson distribution as an approximation of the Binomial. PowerPoint Presentation - ID:5629210
![SOLVED: cnederihx iellcring Ac) "p7(1 JFer 105 and comoucc P(r) using the formula tor the binomial distribution and your calculator (Use decimal places (D)ictn 105. 0.018 and estimate Pr) using the Poisson SOLVED: cnederihx iellcring Ac) "p7(1 JFer 105 and comoucc P(r) using the formula tor the binomial distribution and your calculator (Use decimal places (D)ictn 105. 0.018 and estimate Pr) using the Poisson](https://cdn.numerade.com/ask_images/e11c42a821d24e618314a9f2ce85c8a4.jpg)