Question

You play a coin flip game where you win NOTHING if the coin comes up heads...

You play a coin flip game where you win NOTHING if the coin comes up heads or win $1,000 if the coin comes up tails. Assume a fair coin is used. Which of the following is TRUE?

Group of answer choices

a. A risk-seeking person would be willing to accept a cash payment of $500 to forgo (i.e. pass up) playing the game.

b. A risk neutral person might accept a cash payment of $400 to forgo (i.e. pass up) playing the game

c. The expected value of playing this game is winning $1,000.

d. A risk-averse person might accept $400 in cash to forgo (i.e. pass up) playing the game

Homework Answers

Answer #1

In the event of winning heads, Outcome = $ 1000

Event of winning tails , Outcome = $ 0

Probability of heads = 0.5 , Probability of tails = 0.5

Expected outcome = 0.5* 1000 + 0.5* 0 = $ 500

A risk averse person might be willing to accept a certainty equivalent less than the expected outcome inorder to forego playing the game. So he/she might accept the $ 400 in cash to forego playing the game.

Answer is d. A risk-averse person might accept $400 in cash to forgo (i.e. pass up) playing the game

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
Casinos in Atlantic City are looking to offer a special coin flip game where the player...
Casinos in Atlantic City are looking to offer a special coin flip game where the player wins $4,000 if the coin comes up heads and loses $1,000 if the coin comes up tails. Assume a fair coin is used. Which statement below BEST describes the new coin flip game? A. All statements are true. B. A risk averse person would pay less than $1,500 to play this game. C. A risk neutral person would be willing to pay $1,500 to...
If you flip a coin 20 times and it comes up heads every time, it is...
If you flip a coin 20 times and it comes up heads every time, it is more likely to come up tails on the next flip. TRUE OR FALSE You should only buy house insurance if it maximizes expected value. TRUE OR FALSE
Lets's say I flip a coin which a probability p of turning up heads. The game...
Lets's say I flip a coin which a probability p of turning up heads. The game is structured in the way that I win the game if heads appears x times before tails has appeared y times. How can I represent this probability in the form of a summation? In terms of x,y and p.
You have R500. You are approached by a person that offers you a game. You flip...
You have R500. You are approached by a person that offers you a game. You flip a coin and if it’s heads you win R450 and if it’s tails you win R50. He says it costs R250 to play each round. You decide to play 2 rounds (so you spend your full R500). Calculate the expected return and standard deviation of playing the game 2 times.
Two players are playing a coin tossing game. Player A wins $1 if the coin comes...
Two players are playing a coin tossing game. Player A wins $1 if the coin comes up heads and loses $1 if it comes up tails. Player B is unaware that the coin is weighted so that p(heads)=.55. They start with $3 in some way divided between them. They play until one player has no money. Write the transition matrix, P, for this game from player A's point of view.
Two players are playing a coin tossing game. Player A wins $1 if the coin comes...
Two players are playing a coin tossing game. Player A wins $1 if the coin comes up heads and loses $1 if it comes up tails. Player B is unaware that the coin is weighted so that p(heads)=.6. They start with $3 in some way divided between them. They play until one player has no money. Write the transition matrix, P, for this game from player A's point of view.
Assume that for $1 you could buy a coin flip that would pay you $2 for...
Assume that for $1 you could buy a coin flip that would pay you $2 for heads and nothing for tails. If you are risk averse, should you take the coin flip? What if the coin flip cost you $0.90 instead of $1? What is the lowest price that YOU would take to accept the coin flip and why might this be different for others?
Alice and Bob play a game in which they flip a coin repeatedly. Each time the...
Alice and Bob play a game in which they flip a coin repeatedly. Each time the coin is heads, Alice wins $1 (and Bob loses $1). Each time the coin is tails, Bob wins (and Alice loses) $2. They continue playing until Alice has won three flips. Prove that the expected value of Bob’s winnings is $3. (Hint: Use linearity of expected value to consider the expected value of each flip separately, with flips being worth $0 if they do...
Clare and Bonny are flipping a coin, if it comes up heads Bonny pays Claire $5...
Clare and Bonny are flipping a coin, if it comes up heads Bonny pays Claire $5 and for tails Clare pays Bonny $5. After playing this game all day Bonny notices that Clare has won 59 of the 100 rounds. Should Bonny be suspicious of Clare's coin? Why or why not
A player is given the choice to play this game. The player flips a coin until...
A player is given the choice to play this game. The player flips a coin until they get the first Heads. Points are awarded based on how many flips it took: 1 flip (the very first flip is Heads): 2 points 2 flips (the second flip was the first Heads): 4 points 3 flips (the third flip was the first Heads): 8 points 4 flips (the fourth flip was the first Heads): 16 points and so on. If the player...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT