Problem ACoconut SplatCoconut Splat is one of Theta's favorite counting-outgames. It goes like this: initially, all players stand in acircle with their hands folded together (like an intactcoconut). In clockwise order, one player touches thehands of the other players and says the rhyme: "Co-co-nut, Co-co-nut, Co-co-nut, Splat!" At each syllable, theplayer touches a hand, and the player whose hand orhands is touched last takes one of the following actions:Source: WikiMedia• If the player's hands are still folded, they are split into two fists (the coconutis cracked in two halves). The next round starts with the fist that is the firsthalf of the coconut, then the second half, then going to the next player.If a fist is touched last, the hand is turned palm down (the milk spills out).The next round starts with the next hand in clockwise order, which could bethe other hand of the same player, or it could be the hand or folded handsbelonging to the next player.• If a hand that is already turned palm down is touched last, the player towhom it belongs puts the hand behind their back and this hand won't becounted in the following rounds. The next round starts with the next hand inclockwise order as in the previous case.• If a player has put both of their hands behind their back, that player is out ofthe game. The game ends when there is only one player left.The hand or hands of the player doing the counting are taken into account (forinstance, the counting player touches their thigh when it would be her turn to betouched).There are variations of this game, for instance, some kids say "Coconut, coconut,crack your nut!" instead, which has only 9 instead of 10 syllables as in the "Co-co-nut, Co-co-nut, Co-co-nut, Splat!" rhyme.There are n players, and counting always starts with the folded hands of player 1. There are n players, and counting always starts with the folded hands of player 1.For instance, in the first round, if the rhyme has 3 syllables, player 3 would be theone to first crack their coconut into two fists.Write a program that determines the winner of the counting-out game based onthe number of players and based on the number of syllables in the rhyme that isused!InputThe input consists of a single test case with two numbers s (0 < s ≤ 100) and n (2 ≤ n ≤ 100) denoting the number of syllables in the rhyme and the number ofplayers, respectively.OutputOutput a single integer p (1 ≤p ≤n), the number of the player who is left.Sample Input 1Sample Output 110 2Sample Input 210 10Sample Input 31 2↓2↓2Sample Output 27Sample Output 32↓↓

Java Program: // Importing required modules import java.util.Scanner; import java.util.LinkedList;…

There are n players, and counting always starts with the folded hands of player 1. For instance, in the first round, if the rhyme has 3 syllables, player 3 would be the one to first crack their coconut into two fists. Write a program that determines the winner of the counting-out game based on the number of players and based on the number of syllables in the rhyme that is used! Input The input consists of a single test case with two numbers s (0 < s < 100) and n ( 2 ≤ n ≤ 100) denoting the number of syllables in the rhyme and the number of players, respectively. Output Output a single integer p (1 ≤p

There are n players, and counting always starts with the folded hands of player 1. For instance, in the first round, if the rhyme has 3 syllables, player 3 would be the one to first crack their coconut into two fists. Write a program that determines the winner of the counting-out game based on the number of players and based on the number of syllables in the rhyme that is used! Input The input consists of a single test case with two numbers s (0 < s < 100) and n ( 2 ≤ n ≤ 100) denoting the number of syllables in the rhyme and the number of players, respectively. Output Output a single integer p (1 ≤p

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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