For a multistate lottery, the following probability distribution represents the cash prizes of the lottery with...
homework help please P(x) For a multistate lottery, the following probability x (cash prize, distribution represents the cash prizes of the lottery Grand prize with their corresponding probabilities. Complete parts 200,000 (a) through (c) below. 10,000 100 0.00000000562|| 0.00000012 0.000001831 10 000156178 0.005556668 0.008631032 0.01493052 0.97072364538 Question Viewer (a) If the grand prize is $13,000,000 find and interpret the expected cash prize. If a ticket costs $1, what is your expected profit from one ticket? The expected cash prize is...
Question Help For a multistate lottery, the following probability distribution represents the cash prizes of the lottery with their corresponding probabilities. Complete parts (a) through (c) . (b) To the nearest million, how much should the grand prize be so that you can expect a profit? Assume nobody else wins so that you do not have to share the grand prize.
The blank is the question I'm confused about. Thanks. For a multistate lottery, the following probability distribution represents the cash prizes of the lottery with their corresponding probabilities. Complete parts (a) through (c) below. X (cash prize, $) Grand prize 200,000 10,000 100 P(x) 0.00000000676 0.00000022 0.000001704 0.000161431 0.003017618 0.007129053 0.01681958 0.97287038724 4 3 0 OB. On average, you will profit $0.27 per lottery ticket. O C. You will win $0.27 on every lottery ticket. The expected profit from one...
For a multistate lottery, the following probability distribution represents the cash prizes of the lottery with their corresponding probabilities. Complete parts (a) through (c) below.
We have a lottery with three prizes. Two of them are $30 and the grand is $200. The total number of tickets is 70 and one for each person. No one can win more than a prize. When the tickets are pulled, the first two prizes of $30 are awarded, then the grand prize. a) how many ways we can award the prizes? b) Suppose a person has one ticket, what's the probability of winning any prize? c) If a...
A lottery has a grand prize of $140,000, five runner-up prizes of $17,500 each, nine third-place prizes of $3500 each, and twenty-three consolation prizes of $280 each. If 420,000 tickets are sold for $1 each and the probability of any one ticket winning is the same as that of any other ticket winning, find the expected return on a $1 ticket. (Round your answer to two decimal places.)
A lottery has a grand prize of $200,000, three runner-up prizes of $40,000 each, six third-place prizes of $5000 each, and nineteen consolation prizes of $1000 each. If 600,000 tickets are sold for $1 each and the probability of any one ticket winning is the same as that of any other ticket winning, find the expected return on a $1 ticket. (Round your answer to two decimal places.)
A lottery has a grand prize of $120,000, two runner-up prizes of $15,000 each, four third-place prizes of $6000 each, and eight consolation prizes of $1200 each. If 480,000 tickets are sold for $1 each and the probability of any one ticket winning is the same as that of any other ticket winning, find the expected net winnings on a $1 ticket. (Round your answer to two decimal places.)
A lottery has a grand prize of $100,000, four runner-up prizes of $20,000 each, nine third-place prizes of $2000 each, and twenty-one consolation prizes of $200 each. If 300,000 tickets are sold for $1 each and the probability of any one ticket winning is the same as that of any other ticket winning, find the expected net winnings on a $1 $ 157 ticket. (Round your answer to two decimal places.)
The chance of winning a lottery game is 1 in approximately 26 million. Suppose you buy a $1 lottery ticket in anticipation of winning the $4 million grand prize. Calculate your expected net winnings for this single ticket. Interpret the result. Find μ=E(x). μ=____________________(Round to the nearest hundredth as needed. Do not include the $ symbol in youranswer.)