Exercise 2. A r.v. X is Poisson distributed with parameter λ = 5.5.(a) Calculate the probability that X = 3.(b) Calculate the probability that X < 2.(c) What is the most likely (i.e. highest probability) value for X ? (You can make a graph off(x) to find the answer).

A discrete random variable X is said to follow Poisson distribution with parameter λ, if its…

Answered: Exercise 2. A r.v. X is Poisson…

A First Course in Probability (10th Edition)

10th Edition

ISBN:9780134753119

Author:Sheldon Ross

Publisher:Sheldon Ross

Chapter1: Combinatorial Analysis

Section: Chapter Questions

Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...

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Customers arrive at a shop according to a Poisson process at a mean rate of 2 customers every ten minutes. The shop opens at 9am. (c) Let Y be the time (in hours) until the 4th customer arrives at the shop. State the distribution of Y and give the value(s) of its parameter(s). (d) Show that the probability of the time until the 4th customer arrives being greater than 15 minutes is 13e-3. (e) Let M be the number of customers who arrive at the shop between 9am and 12 noon. State the distribution of M and give the value(s) of its parameter(s). (f) Calculate P(M = 30) using a normal approximation with the continuity correction.
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İf X follows the Poisson probability law such that P (xr 1) = P (x = 2). then ind the probability of 4 successes.
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Exercise 2. A r.v. X is Poisson distributed with parameter λ = 5.5. (a) Calculate the probability that X = 3. (b) Calculate the probability that X < 2. (c) What is the most likely (i.e. highest probability) value for X ? (You can make a graph of f(x) to find the answer).