Question

Aaron, Ben and Celia are runing a race. Assume that all possible rankings at the finishing...

Aaron, Ben and Celia are runing a race. Assume that all possible rankings at the finishing line are equally likely. Ben always wears a green bib, Celia always wears an orange bib and Aaron wears a green bib with probability p and an orange bib with probability 1 − p, p ∈ (0, 1). If the winner of the race was in an orange bib and the second person to finish the race was in a green bib, compute now the probabilities of all possible rankings at the finishing line.

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Aaron, Ben and Celia are runing a race. Assume that all possible rankings at the finishing...
Aaron, Ben and Celia are runing a race. Assume that all possible rankings at the finishing line are equally likely. Ben always wears a green bib, Celia always wears an orange bib and Aaron wears a green bib with probability p and an orange bib with probability 1 − p, p ∈ (0, 1). If the winner of the race was in an orange bib and the second person to finish the race was in a green bib, compute now...
1. Choose the two conditions that verify a table of relative frequencies is a probability model....
1. Choose the two conditions that verify a table of relative frequencies is a probability model. Select one or more: a. The sum of the probabilities for all of the possible outcomes is less than 1. b. The sum of the probabilities for all of the possible outcomes equals 1 (or 100%). c. There is at least one zero probability for an event. d. All of the probabilities for the possible outcomes are at least zero and no larger than...
In a certain county, 27% of the residents are overweight. Choose 3 residents at random. Let...
In a certain county, 27% of the residents are overweight. Choose 3 residents at random. Let X= the number of overweight residents in the sample. Find the probability all three residents in the sample are overweight (Find P(X=3) ). Find the probability none of the three residents in the sample are overweight (Find P(X=0) ). What are the valid values for X? There are eight possible arrangements for the sample of three where 0=overweight N=not overweight. For example (O,O,O) means...
1. Twelve individuals want to form a committee of four. (a.) How many committees are possible?...
1. Twelve individuals want to form a committee of four. (a.) How many committees are possible? (b.) The 12 individuals consist of 5 biologists, 4 chemists, and 3 physicists. How many committees consisting of 1 biologist, 1 chemist, and 2 physicists are possible? (c.) In the setting of part (b), if all committees are equally as likely, what is the probability the committee formed will consist of 1 biologist, 1 chemist, and 2 physicists? 2. You are out of town...
A student is taking a multiple-choice quiz in which each question has five possible answers, exactly...
A student is taking a multiple-choice quiz in which each question has five possible answers, exactly one of which is correct. He knows 85% of the material being tested. Assume the teacher has chosen the questions independently and at random from among all the questions she could have chosen. When the student knows the correct answer to a given question, he has a 98% chance of marking it correctly. When he does not know the answer, he answers by marking...
Aaron Company has a process costing system. All materials are introduced when conversion costs reach 50...
Aaron Company has a process costing system. All materials are introduced when conversion costs reach 50 percent. The following information is available for physical units during March. Work in process, March 1 (60% complete as to conversion costs) 159,000 Units started in March 618,000 Units transferred to Finishing Department in March 648,000 Work in process, March 31 (40% complete as to conversion costs) 129,000 Required: a. Compute the equivalent units for materials costs and for conversion costs using the weighted-average...
a. There are 8 possible combinations of birth order for families with 3 children (b =...
a. There are 8 possible combinations of birth order for families with 3 children (b = boy and g = girl): bbb, bbg, bgb, bgg, gbb, gbg, ggb, ggg. Assume all outcomes are equally likely. You select a three-child family at random. What is the probability that at least one child is a boy, given that the first-born was a girl? Round your answer to three decimal b. A special deck of 20 cards has 5 that are red, 5...
Problem 1: Relations among Useful Discrete Probability Distributions. A Bernoulli experiment consists of only one trial...
Problem 1: Relations among Useful Discrete Probability Distributions. A Bernoulli experiment consists of only one trial with two outcomes (success/failure) with probability of success p. The Bernoulli distribution is P (X = k) = pkq1-k, k=0,1 The sum of n independent Bernoulli trials forms a binomial experiment with parameters n and p. The binomial probability distribution provides a simple, easy-to-compute approximation with reasonable accuracy to hypergeometric distribution with parameters N, M and n when n/N is less than or equal...
Homework 2 Show all work done for calculations, starting with an equation whenever possible, and include...
Homework 2 Show all work done for calculations, starting with an equation whenever possible, and include all units. If asked to explain, give a brief response (1-2 complete sentences). A sightseer takes a trip in her car, making three stops; each leg of the journey is 150 km. During the first leg, she drives at an average speed of 50 km/hr. With better roads and lighter traffic, she drives at an average speed of 75 km/hr for the second leg....
1) At a lumber company, shelves are sold inȱȱ5 types of wood, 4 different widths and...
1) At a lumber company, shelves are sold inȱȱ5 types of wood, 4 different widths and 3 different lengths. How many different types of shelves could be ordered? 2) A shirt company has 5 designs each of which can be made with short or long sleeves. There are 4 different colors available. How many differentȱȱshirts are available from this company? Find the indicated probability. Round your answer to 2 decimal places when necessary. 3) A bag contains 6 red marbles,...