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Problem #4: Students with the last name of P-T: Please review Section 5.3. Solve the following five problems showing work, using the Poisson Distribution formula from our te POISSON DISTRIBUTION P(X = x|A) = x! (5.8) where P(X = x|A) = probability that X = x events in an area of opportunity given A A = expected number of events per unit e = mathematical constant approximated by 2.71828 x = number of events (x = 0, 1, 2, . ..) 1. Let A = 2.0, find P(X 2 2). (Round to three decimal places) 2. Let A = 0.5, find P(X s 1). (Round to three decimal places) 3. Let A = 7.0, find P(X s 3). (Round to three decimal places)

Problem #4: Students with the last name of P-T: Please review Section 5.3. Solve the following five problems showing work, using the Poisson Distribution formula from our te POISSON DISTRIBUTION P(X = x|A) = x! (5.8) where P(X = x|A) = probability that X = x events in an area of opportunity given A A = expected number of events per unit e = mathematical constant approximated by 2.71828 x = number of events (x = 0, 1, 2, . ..) 1. Let A = 2.0, find P(X 2 2). (Round to three decimal places) 2. Let A = 0.5, find P(X s 1). (Round to three decimal places) 3. Let A = 7.0, find P(X s 3). (Round to three decimal places)

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Page < 4 > of 5 ZOOM Problem #4: Students with the last name of P-T: Please review Section 5.3. Solve the following five problems showing work, using the Poisson Distribution formula from our textbook: POISSON DISTRIBUTION P(X = x|A) (5.8) %3D %3D x! where P(X = xA) = probability that X = x events in an area of opportunity given A 1 = expected number of events per unit e = mathematical constant approximated by 2.71828 x = number of events (x = 0, 1, 2, . . .) 1. Let A = 2.0, find P(X > 2). (Round to three decimal places) 2. Let A = 0.5, find P(X s 1). (Round to three decimal places) 3. Let A = 7.0, find P(X < 3). (Round to three decimal places) 4. Let A = 4.1, find P(X 2 1). (Round to three decimal places) 5. Let A = 5.1, find P(X s 3). (Round to three decimal places)
Transcribed Image Text:Page < 4 > of 5 ZOOM Problem #4: Students with the last name of P-T: Please review Section 5.3. Solve the following five problems showing work, using the Poisson Distribution formula from our textbook: POISSON DISTRIBUTION P(X = x|A) (5.8) %3D %3D x! where P(X = xA) = probability that X = x events in an area of opportunity given A 1 = expected number of events per unit e = mathematical constant approximated by 2.71828 x = number of events (x = 0, 1, 2, . . .) 1. Let A = 2.0, find P(X > 2). (Round to three decimal places) 2. Let A = 0.5, find P(X s 1). (Round to three decimal places) 3. Let A = 7.0, find P(X < 3). (Round to three decimal places) 4. Let A = 4.1, find P(X 2 1). (Round to three decimal places) 5. Let A = 5.1, find P(X s 3). (Round to three decimal places)
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