A spinner with 10 equally sized slices has 4 yellow slices, 3 red slices, and 3 blue slices. Debra spun the dial 25 times and got the following results,OutcomeYellowRedBlueNumber of Spins12310Answer the following. Round your answers to the nearest thousandths.(a) From Debra's results, compute the experimental probability of landing on red.(b) Assuming that the spinner is fair, compute the theoretical probability of landing on red.(c) Assuming that the spinner is fair, choose the statement below that is true.O As the number of spins increases, we expect the experimental and theoretical probabilities tobecome closer, though they might not be equal.O As the number of spins increases, we expect the experimental and theoretical probabilities tobecome farther apart.O The experimental and theoretical probabilities must always be equal.Save For LaterSubmitContinueO 2021 McGraw Hill LLC. AllRights Reserved. Terms of Use| Privacy Center15°C Muy nquí para buscarII

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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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Q50. Two dice are rolled once. Find the probability of getting such numbers on the two dice, whose product is 12. (a) 1/14 (b) 1/14 19 (d) 59
A spinner with 5 equally sized slices has 2 yellow slices, 2 red slices, and 1 blue slice. Raina spun the dial 25 times and got the following results. Outcome Yellow Red Blue Number of spins 9 10 6 Answer the following. Round your answers to the nearest thousandths. (a)From Raina's results, compute the experimental probability of landing on yellow. (b)Assuming that the spinner is fair, compute the theoretical probability of landing on yellow. (c)Assuming that the spinner is fair, choose the statement below that is true. With a small number of spins, it is surprising when the experimental probability is muchless than the theoretical probability. With a small number of spins, it is not surprising when the experimental probability is muchless than the theoretical probability. With a small number of spins, the experimental probability will always be much less thanthe theoretical probability.
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COIN TOSS A. Determine the probability of your outcomes from the following: i. Tossing 2 coins (All heads) ii. Tossing 3 coins (2 heads and 1 tail) iii. Tossing 4 coins (2 tails and 2 heads) B. Prepare 10pcs of one-peso coin individually. Find a partner for the coin tossing activity. Each partner must take turns in tossing all ten coins 5 times. For each turn, shake 10 coins and drop them about 3 feet above the surface. Each will count the number of coins landing heads up and the number of coins landing tails up. They each will record their (a) own count of coin tosses, (b) the partner’s total count of coin tosses.
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Kaitlin rolled a number cube 500 times and got the following results. Outcome Rolled 1 Number of Rolls 88 2 92 3 72 4 82 5 83 Answer the following. Round your answers to the nearest thousandths. 6 83 (a) From Kaitlin's results, compute the experimental probability of rolling an odd number. (b) Assuming that the cube is fair, compute the theoretical probability of rolling an odd number. (c) Assuming that the cube is fair, choose the statement below that is true. With a large number of rolls, there might be a difference between the experimental and theoretical probabilities, but the difference should be small. O with a large number of rolls, there must be a large difference between the experimental and theoretical probabilities. O with a large number of rolls, there must be no difference between the experimental and theoretical probabilities. X
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