You are playing a number game against one opponent. One player picks an integer from 1 to99. After hearing the first player's pick, the second player then picks a different integer from 1to 99. Then, a random integer from 1 to 99 is chosen by a computer. Whichever player isclosest to the computer's number is the winner.a) If the first player chooses the number 35, then what integer should the second player chooseto maximize their chance of winning the game?b) If you were the first player to choose, what number should you choose to maximize yourchance of winning the game? Assume the second player is good at this game.

From the stated information, the possible values of the random integer from 1 to 99 is defined in…

Answered: You are playing a number game against…

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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Similar questions

Suppose that you must choose three people to meet with a customer. You have nine people to choose from. In how many different ways can you choose these three people?
At a carnival, an individual can win a prize by choosing a rubber duck from a pond with "Win" written on the underside of the duck. There are a total of eight ducks with "Win" written on the underside of the duck, and there are 17 ducks with "Lose" written on the underside of the duck. After each pick, if a prize is won, the duck is replaced in the pond. If a prize is not won, then the duck is again placed back into the pond. If an individual makes four picks, what is the probability the individual will win a prize exactly one time? (4) (0.32) (0.68) 1! 4! (0.32)¹ (0.68)³ O2(0.32)(0.68) (0.32) (0.68)³
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In a lottery game, a ticket has a total of 37 numbers to choose from, a player can mark 6 numbers on his ticket and the jackpot price can be taken when the machine draws all six numbers that matches the players ticket in no particular order. How many winning combinations can be possibly drawn by the machine?
You are given a deck of n cards, which are numbered 1 through n. After the n cards are randomly shuffled, the cards are dealt face up on the table, one card at a time. Card rule: after the first card is placed on the table, each new card must have a higher number than the previous card. If it does, this new card remains on the table. If the new card is lower in value, then this card is removed from the table and the game is immediately over. ***The image is the example*** Questions: Prove that for all positive integers n ≥ 3, if there are n cards in the deck, you score exactly 1 point with probability 12 and exactly 2 points with probability 13.
Which answer is it?
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