Consider a Poisson distribution with u =3. a. Select the appropriate Poisson probability function. 3" e-3 А. 3 e В. 3 e3 C. 3"e 3 D. Select your answer - b. Compute f(2). f(2) = (to 4 decimal) c. Compute f(1). f(1) D (to 4 decimal) d. Compute P(x 2 2). P(z 2 2)= (to 4 decimal)
Consider a Poisson distribution with u =3. a. Select the appropriate Poisson probability function. 3" e-3 А. 3 e В. 3 e3 C. 3"e 3 D. Select your answer - b. Compute f(2). f(2) = (to 4 decimal) c. Compute f(1). f(1) D (to 4 decimal) d. Compute P(x 2 2). P(z 2 2)= (to 4 decimal)
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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![**Instructions for Using Poisson Distribution with \(\mu = 3\):**
**a. Select the appropriate Poisson probability function.**
Options:
- A. \(\frac{3^x e^{-3}}{x!}\)
- B. \(\frac{3^{-x} e^3}{x}\)
- C. \(\frac{3^{-x} e^3}{x!}\)
- D. \(\frac{3^x e^{-3}}{x}\)
[Choose the correct answer from the dropdown menu]
**b. Compute \(f(2)\):**
Calculate \(f(2)\) to four decimal places.
\(f(2) = \underline{\quad}\)
**c. Compute \(f(1)\):**
Calculate \(f(1)\) to four decimal places.
\(f(1) = \underline{\quad}\)
**d. Compute \(P(x \geq 2)\):**
Calculate \(P(x \geq 2)\) to four decimal places.
\(P(x \geq 2) = \underline{\quad}\)
Note: Ensure to use the appropriate Poisson probability formula and apply it correctly for computations.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F71b96294-87d8-4225-bcc4-821f23493f63%2F017ee341-675f-433d-b16c-700d3adc131d%2F48f2mnr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:**Instructions for Using Poisson Distribution with \(\mu = 3\):**
**a. Select the appropriate Poisson probability function.**
Options:
- A. \(\frac{3^x e^{-3}}{x!}\)
- B. \(\frac{3^{-x} e^3}{x}\)
- C. \(\frac{3^{-x} e^3}{x!}\)
- D. \(\frac{3^x e^{-3}}{x}\)
[Choose the correct answer from the dropdown menu]
**b. Compute \(f(2)\):**
Calculate \(f(2)\) to four decimal places.
\(f(2) = \underline{\quad}\)
**c. Compute \(f(1)\):**
Calculate \(f(1)\) to four decimal places.
\(f(1) = \underline{\quad}\)
**d. Compute \(P(x \geq 2)\):**
Calculate \(P(x \geq 2)\) to four decimal places.
\(P(x \geq 2) = \underline{\quad}\)
Note: Ensure to use the appropriate Poisson probability formula and apply it correctly for computations.
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