Create a real-world example of how to determine the conditional probability of event A given event B. List the five steps and propose probabilities for each event A and B work through the step to find the conditional probability. PLEASE WRITE CLEARLY OR TYPE.
Create a real-world example of how to determine the conditional probability of event A given event...
Create a real-world example of how to determine the conditional probability of event A given event B. List the five steps and propose probabilities for each event A and B work through the step to find the conditional probability. (1 point each) Step 1: Step 2: Step 3: Step 4: Step 5:
Please write in Bold letters thanks Create a real-world example of how to determine the conditional probability of event A given event B
Please write clearly and no cursive THANKS In Lesson Five you've learned the basics of probability theory and how to calculate probabilities of outcomes in various circumstances. Provide a real-world example of classical probability and explain how the example illustrates the concept. (3 points) Provide a real-world example of empirical probability and explain how the example illustrates the concept. (3 points) Provide a real-world example of subjective probability and explain how the example illustrates the concept. (3 points) Describe a...
Do you use probability in your profession or real life? You most likely do. For example, the chance of rain tomorrow is 27%. We hear similar probabilities in the media all the time. Similar probabilities could be found in other professions. Complete one of the following: (i) Find an example of probability involving “A or B” that is used in your chosen profession or real life. Explain the example. Are the events A and B in your example mutually exclusive?...
Q: Assistance in understanding and solving this example from Probability and Statistical (Conditional Distributions) with the steps of the solution to better understand, thanks. **Please give the step by steps with details to completely see how the solution came about. 1) Suppose X and Y both take values in [0,1] with joint probability density f(x,y) = 4xy. a) Find fx(x) and fy(y), the marginal probability density functions. b) Are the two random variables independent? Why or why not? c) Compute...
Q: Assistance in understanding and solving this example on Probability and Statistical with the steps of the solution to better understand, thanks. **Please give the step by steps with details to completely see how the solution came about. 1) Let be random variables of the continuous type have the joint p.d.f. f(x,y)= 2, 0≤y≤ x≤1. (a). Draw a graph that illustrates the domain (support) of this p.d.f. (b). Find marginal pdf of X, fX(x), μXand σ2X (c). Find the marginal...
Q: Assistance in understanding and solving this example from Probability and Statistical (Conditional Distributions) with the steps of the solution to better understand, thanks. **Please give the step by steps with details to completely see how the solution came about. 1) Let X and Y have the joint pmf: f(x,y) = (x+2y)/33, x = 1,2 y = 1,2,3. a) Display the joint pmf and the marginal pmfs on a graph. b) Find g(x y) and draw a figure depicting the...
Q: Help in understanding and solving this example from Probability and Statistical (Conditional Distributions) with the steps of the solution to better understand, thanks. **Please give the step by steps with details to completely see how the solution came about. 1) Let X and Y have the joint p.m.f: f(x,y) = (x+2y)/33, x = 1,2 y = 1,2,3. a) Display the joint p.m.f and the marginal p.m.f.s on a graph. b) Find g(x y) and draw a figure depicting the...
The probability of A, B, C, and D all equal .98. Please show calculations. 2.3 Conditional probability and independence Example 3 An electrical system consists of four components as illustrated on the whiteboard. The system works if components A and B work and either of the components C or D works. The reliability (probability of working) of each component is also shown. Find the probability that [a] the entire system works and b] the component C does not work, given...
Explain how simulation is related to probability and explain how simulation is used in the real world. Provide a specific example from your own line of work, or a line of work that you find particularly interesting. Identify the parts or aspects of the probability theory that you have found to be particularly challenging. Describe why you believe that such aspects of probability are challenging, and provide remedies to simplify those aspects.