Solution Found!
For a pair of gallinules, let X equal the weight in grams
Chapter 4, Problem 7E(choose chapter or problem)
For a pair of gallinules, let \(X\) equal the weight in grams of the male and \(Y\) the weight in grams of the female. Assume that \(X\) and \(Y\) have a bivariate normal distribution with \(\mu_{X}=415, \sigma_{X}^{2}=611, \mu_{Y}=347, \sigma_{Y}^{2}=689\), and \(\rho=-0.25\). Find
(a) \(P(309.2<Y<380.6)\).
(b) \(E(Y \mid x)\).
(c) \(\operatorname{Var}(Y \mid x)\).
(d) \(P(309.2<Y<380.6 \mid X=385.1)\).
Equation Transcription:
.
Text Transcription:
X
Y
X=415, sigma_X^2=611, mu_Y=347, sigma_Y^2=689
rho=−0.25
P(309.2<Y<380.6)
E(Y∣x)
Var(Y∣x)
P(309.2<Y<380.6∣X=385.1)
Questions & Answers
QUESTION:
For a pair of gallinules, let \(X\) equal the weight in grams of the male and \(Y\) the weight in grams of the female. Assume that \(X\) and \(Y\) have a bivariate normal distribution with \(\mu_{X}=415, \sigma_{X}^{2}=611, \mu_{Y}=347, \sigma_{Y}^{2}=689\), and \(\rho=-0.25\). Find
(a) \(P(309.2<Y<380.6)\).
(b) \(E(Y \mid x)\).
(c) \(\operatorname{Var}(Y \mid x)\).
(d) \(P(309.2<Y<380.6 \mid X=385.1)\).
Equation Transcription:
.
Text Transcription:
X
Y
X=415, sigma_X^2=611, mu_Y=347, sigma_Y^2=689
rho=−0.25
P(309.2<Y<380.6)
E(Y∣x)
Var(Y∣x)
P(309.2<Y<380.6∣X=385.1)
ANSWER:Step 1 of 5
Given parameters,