A joint probability distribution is shown below. Determine both P(Upper C 1C1|Upper R 1R1) and P(Upper...

Question

Question

A joint probability distribution is shown below. Determine both

P(Upper C 1C1|Upper R 1R1)

and

P(Upper R 1R1|Upper C 1C1).

Identify

P(Upper C 1C1|Upper R 1R1).

P(Upper C 1C1|Upper R 1R1)equals=

Answer 1

Answer #1

Solution .:) P ( Upper Ca/ Uppert R1) P( Upper enn upper R1) PCB Uppere R2) 0 - 25 1) О. +4 = 04 50 82 го• 57 в) rCoppex R |

For further queries, please comment Below.

Thank you.

Answer 2

Similar Homework Help Questions

Using the joint probability table below, determine the marginal distribution of 0 0.150.050.15 0.1 0.150 70.3...

Using the joint probability table below, determine the marginal distribution of 0 0.150.050.15 0.1 0.150 70.3 0.050.05 P(X)0.150.050.15 P(X)0.3 0.05 0.05 c) P(X)0.55 0.250.2 d) P(X)0.35 0.25 0.4 e) ONone of the above.
Consider a binomial probability distribution with p= 0.65 and n=7 . Determine the probabilities below. a)...

Consider a binomial probability distribution with p= 0.65 and n=7 . Determine the probabilities below. a) Upper P left parenthesis x equals 2 right parenthesis b) Upper P left parenthesis x less than or equals 1 right parenthesis c) Upper P left parenthesis x greater than 5 right parenthesis a) Upper P left parenthesis x equals 2 right parenthesis = (Round to four decimal places as needed.)
Determine the value of c that makes the function f(x,y) = c(x+ y) a joint probability...

Determine the value of c that makes the function f(x,y) = c(x+ y) a joint probability mass function over the nine points with x= 1, 2, 3 and y = 1, 2, 3. Determine the following: a) P(X = 1, Y < 4) b) P(X = 1) c) P(Y = 2) d) P(X < 2, Y < 2) e) E(X), E(Y), V(X), V(Y) f) Marginal probability distribution of the random variableX. g) Conditional probability distribution of Y given that X...

Determine the value of c that makesthe function f(x,y) = ce^(-2x-3y) a joint probability densityfunction over...

Determine the value of c that makesthe function f(x,y) = ce^(-2x-3y) a joint probability densityfunction over the range 0 < x and 0 < y < x Determine the following : a) P(X < 1,Y < 2) b) P(1 < X < 2) c) P(Y > 3) d) P(X < 2, Y < 2) e) E(X) f) E(Y) g) MARGINAL PROBABILITY DISTRIBUTION OF X h) Conditional probability distribution of Y given that X=1 i) E(Y given X = 1) j)...
please explain 4.1) (10 pts) Suppose that X and Y have the joint probability distribution shown...

please explain 4.1) (10 pts) Suppose that X and Y have the joint probability distribution shown in the table, find (a) the marginal distribution of X and call it f1, (b) the marginal distribution of Y and call it f2, (c) f(YIX=2), (d) determine if X and Y are independent or not. Throughout, show your work. f(X,Y) 2 4 у 1 3 0.12 0.38 0.27 0.04 0.12 0.07 |
Consider a hypergeometric probability distribution with n=7, R=9, and N=18. a) Calculate P(x=5). b) Calculate P(x=4)....

Consider a hypergeometric probability distribution with n=7, R=9, and N=18. a) Calculate P(x=5). b) Calculate P(x=4). c) Calculate P(x less than or equals1). d) Calculate the mean and standard deviation of this distribution. a) P(x=5)= nothing (Round to four decimal places as needed.)

Question 10 Using the joint probability table below, determine P(X = 1, Y = 7). 3...

Question 10 Using the joint probability table below, determine P(X = 1, Y = 7). 3 | 5 7 0.15 0.050 0.3 0.15 0.05 0.15 0.05 0.1 a) 0.1 b) 0.3 c) 0.45 d) 0.15 e) 0.35 f) None of the above.
X Determine the required value of the missing probability to make the distribution a discrete probability...

X Determine the required value of the missing probability to make the distribution a discrete probability distribution 3 4 5 6 P(x) 0.25 ? 0.49 0.11 P(4)-(Type an integer or a decimal.) Determine the point estimate of the population mean and margin of error for the confidence interval. Lower bound is 20, upper bound is 30. The point estimate of the population mean is The margin of error for the confidence interval is Suppose there is a 17.5% probability that...
By stiffness method : determine the displacements at Joint B and at Joint C in the three-span beam shown in the figure below. The flexural rigidity of the beam is EI and is constant along the length o...

By stiffness method : determine the displacements at Joint B and at Joint C in the three-span beam shown in the figure below. The flexural rigidity of the beam is EI and is constant along the length of the beam. Note that L1 = L2 = L3 = L P1 = P2 = P3 = P M = PL wL = P Also, find the reactions at Joint A. い12 8 い12 8

Consider the following discrete probability distribution along with observed frequencies for each day of the week....

Consider the following discrete probability distribution along with observed frequencies for each day of the week. Complete parts a and b below. Weekday Monday Tuesday Wednesday Thursday Friday Total Probability 0.10 0.20 0.05 0.30 0.35 1.00 Observed Frequency, f Subscript o 12 26 9 39 44 130 a. Perform a chi-square test using alphaequals0.05 to determine if the observed frequencies follow a discrete probability distribution. Determine the null and alternative hypotheses. Choose the correct answer below. A. Upper H 0:...

A joint probability distribution is shown below. Determine both ​P(Upper C 1C1​|Upper R 1R1​) and ​P(Upper...