type of scratch-off ticket for $10 to win one of:15 prizes of $107 small prizes of $28. 3 large prizes of $600• 1 grand prize of $40,000●Once they've sold 2,000 tickets, they will select the winning tickets.What value should be in the shaded box in the contingency table below?x - P(x)Win: grand prizeWin: large prizeWin: small prizeWin: prizeLoseOutcome, XProbability,P(x)IMPORTANT Rounding Directions:. Do NOT round until the final answer. If necessary, round your final answer to 4 decimal places???

Given Information: MD has a new type of scratch-off ticket for $10 to win one of: 15 prizes of $10.…

Answered: • 15 prizes of $10 7 small prizes of…

A First Course in Probability (10th Edition)

10th Edition

ISBN:9780134753119

Author:Sheldon Ross

Publisher:Sheldon Ross

Chapter1: Combinatorial Analysis

Section: Chapter Questions

Problem 1.1P: a. How many different 7-place license plates are possible if the first 2 places are for letters and...

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Similar questions

5359 pregnant women were tested to see if their babies had Down Syndrome (D). The results of the test are given in the table. Use the values in the table to answer parts a-c. a. Given that a test result is negative (NEG), what is the probability that the fetus actually has Down syndrome? P(D|NEG)= b. Given that the fetus has Down syndrome, what is the probability that the test result is negative? P(NEG|D)= c. Is P(D|NEG) equalt to P(NEG|D)? A. Yes, because P(NEG|D) deals with a much larger pool of fetuses than P(D|NEG). B. No, because P(NEG|D) deals with a much smaller pool of fetuses than P(D|NEG). C. No, because P(NEG|D) deals with a much larger pool of fetuses than P(D|NEG). D. Yes, because P(NEG|D) deals with a much smaller pool of fetuses than P(D|NEG)
(a) Suppose I have a bag with 4 marbles. One is red and 3 are green. Pick one marble, note the color and then put it back and pick a second marble. Find P(Both Red) = Explain your reasoning. P(Both Green) = %3D %3D
C $ You see a game at a local fair. You have to throw a dart at a color wheel. Each section on the color wheel is equal in area. Let B = the event of landing on blue. Let R = the event of landing on red. ▶ Let G = the event of landing on green. Let Y= the event of landing on yellow. a. If you land on Y, you get the biggest prize. Find P(Y). b. If you land on red, you don't get a prize. What is P(R)? % & JAAA 6 7 5 t 6.0 Oll g y NO h u j * 8 i k 9 O 0 р { [ + 11 11
yansons lunch to go wants to know if there is a difference in customer satisfaction at any of the 3 locations. 500 customers were surveyed at each of the three locations, and the results of the survey is highlighted below dissatisfied one is 25 two is 10 and 3 is 40 satisfied one is 475 two is. 490 and three is 460. and totals are all 500. what is the correct degrees of freedom needed if you were to calculate X2 test statistic ?
TUESDAY 5 A shop sells smoothies and juices. They are both available in 3 flavors - strawberry, peach, & apple. 0.5 What is the probability of choosing a random item on the menu and getting something peach flavored? expression. han three number The probability is
A die is rolled twice. What is the probability that a(n) 1 is rolled on the first roll and an even number on the second roll?The probability of rolling a(n) 1 on the first roll and an even number on the second roll is . (blank) <- answer

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