of 16Suppose a high school gymnasium bag contains volleyballs, basketballs, andsoccer balls. During physical education class, the coach randomly selects a ball0.450.37from the bag. The ball the coach selects determines what sport the students playthat day. If she selects a volleyball, the students play volleyball that day, and so0.450.18on.The tree diagram shows the possible outcomes with their probabilities for twoconsecutive physical education classes. Determine the probability that thestudents will play volleyball two days in a row. Give your answer as a decimalprecise to two decimal places.0.450.370.370.180.180.450.370,18

The tree diagram of the possible outcomes for two consecutive physical education classes with…

Answered: Suppose a high school gymnasium bag…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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In manufacturing company, there are three different manufacturing operation: Machining, Polishing, and Painting. There are 8 machine tools for machining, 10 polishing tools, and 12 painting tools. If 5 operation randomly selected what is the probability that all of them have the same type of manufacturing operation? 0.41 b. non of the answers Oa. OC. 0.002 d. 0.7
Suppose that there is jar of marbles. There are 10 red marbles and 2 green marbles. We randomly choose a marble and look at it. If it is red, we replace the marbles into the jar and choose randomly again. If it is a green we stop. What is the probability that the game ends just after the third row? a.0.116 b.0.167 c.0.139 d.0.579
In a state lotto game, you play by any selecting sixdifferent numbers between 1 and 53, inclusive. Youwin the jackpot if the same six numbers are laterdrawn in any order. Find the probability of winningthe jackpot.
Hector is playing a new video game. To get to the next level, he must capture the golden brick and then choose the correct door. The chance that he captures the golden brick is 70%. The chance that he chooses the correct door is 40%. The probability that he does both is 20%. Create a Venn Diagram and determine the probability that: He captures the golden brick and chooses the correct door He only captures the golden brick He only chooses the correct door He doesn’t complete either task
Use this spinner game to answer questions 1 - 3. It costs $10 to play this game. The pointer is on blue. Probability Pay out Amount +1 $0 $8 $5 $15 $20 $18 Number of sectors: 6 Blue 20.00% -1 Pink 15.00% Number of spins: 1 Gray 30.00% Orange 10.00% Number of spins so far: 0 Green 12.00% Red 13.00% What would the owners expected profit or loss be from this game? Give your answer with a dollar sign and include a negative sign out front if needed. Do not round.
A student must take a multiple-choice exam with only oneanswer, the exam consists of 20 questions with 4 answer options eachOne, suppose the student does not prepare for the test and answers therandom.a. Find the probability that the student will win the test.B. How many questions are you expected to answer to get the fifthcorrect answer.
Please answer correctly.
Draw and appropriate tree diagram, and use the multiplication principle to calculate the probabilities of all the outcomes. Each day, there is a 20% chance that you will sell an automobile. You know that 30% of all the automobiles you sell are two-door models and the rest are four-door models.
Kylie has 12 pieces of candy left in her Halloween bag. There are 8 pieces of chocolate and 4 pieces of non-chocolate. She chooses a piece of candy at random and then chooses another piece of candy, without replacement. Draw a tree diagram to represent this situation and use it to calculate the probabilities that she picks:Two pieces of chocolate No chocolate At least one piece of non-chocolate One piece of each type
You play a game of chance. You draw a card from a 52-card deck. You continue to draw until you have drawn a king (you win), or till you have drawn five cards (you lose if no kings among those 5 cards). Draw a trec diagram that illustrates the expcriment. Put the appropriate probabilities on the tree. Find the probability that you win before the fourth draw.
Help, please.
Luis is playing a paint ball game. To win, he must capture the flag and choose the correct escape route. The chance that he captures the flag is 62%. The chance that he chooses the correct escape route is 68%. The probability that he does both is 41%. Create a Venn Diagram and determine the probability that: He captures the flag and chooses the correct route He only captures the flag He only chooses the correct route He doesn’t complete either task

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