Question 2: Suppose there are two cups. The red cup has 3 red, 3 blue and...

 

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Question 2: Suppose there are two cups. The red cup has 3 red, 3 blue and 1 black marbles. The blue cup has 2 red, 2 blue and 2 black marbles. Suppose that each cup is equally likely to be drawn. The first two draws (with replacement) are a blue and a black marble. A-) What is the percentage that the marbles are coming from the red cup? Please use the frequency method. (No explanations no points. Write an English sentence next to each mathematical calcuation that you make) (5 points) B-) Suppose that BDM methodology is used. Please describe BDM in your own words. If you state the red cup probability as the probability you found in the first part of the question, what is the probability that you get the reward? Show all your calculations. (No explanations no points. Write an English sentence next to each mathematical calcuation that you make) (5 points) Question 2: Suppose there are two cups. The red cup has 3 red, 3 blue and 1 black marbles. The blue cup has 2 red, 2 blue and 2 black marbles. Suppose that each cup is equally likely to be drawn. The first two draws (with replacement) are a blue and a black marble. A-) What is the percentage that the marbles are coming from the red cup? Please use the frequency method. (No explanations no points. Write an English sentence next to each mathematical calcuation that you make) (5 points) B-) Suppose that BDM methodology is used. Please describe BDM in your own words. If you state the red cup probability as the probability you found in the first part of the question, what is the probability that you get the reward? Show all your calculations. (No explanations no points. Write an English sentence next to each mathematical calcuation that you make) (5 points)

Answer rating: 100% (QA)

A 6667 34 B 3333 13 Explanation A In the frequency method we simply count the occurrences of th... View the full answer