3.3Assume that Y denotes the number of bacteria per cubic centimeter in a particular liquid andthat Y has a Poisson distribution with parameter 2. Further assume that 2 varies fromlocation to location and has an Exponential distribution with parameter B, where ß is apositive integer. If we randomly select a location, what is the expected number of bacteria percubic centimeter?3.4Let Y, and Y, have a bivariate normal distribution:211.exp 2(1-p)– 20 ()() + ()1.f(V1,Y2) =-∞ < y, < ∞,18 < y, <,Show that the marginal distribution of Y2 is normal with mean u, and variance of is givenby:205fV2) =

Hello! As you have posted 2 different questions, we are answering the first question (3.3). In case…

Assume that Y denotes the number of bacteria per cubic centimeter in a particular liquid a that Y has a Poisson distribution with parameter 2. Further assume that A varies fr location to location and has an Exponential distribution with parameter B, where B positive integer. If we randomly select a location, what is the expected number of bacteria cubic centimeter?

Assume that Y denotes the number of bacteria per cubic centimeter in a particular liquid a that Y has a Poisson distribution with parameter 2. Further assume that A varies fr location to location and has an Exponential distribution with parameter B, where B positive integer. If we randomly select a location, what is the expected number of bacteria cubic centimeter?

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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