In the game Rock Paper Scissors, two players simultaneously choose one of three options: rock, paper, or scissors. If both players choose the same option, then the result is a tie. However, if they choose differently, the winner is determined as follows: • Rock beats scissors, because a rock can break a pair of scissors. • Scissors beats paper, because scissors can cut paper. • Paper beats rock, because a piece of paper can cover a rock. Create a game in which the computer randomly chooses rock, paper, or scissors. Let the user enter a number 1, 2, or 3, each representing one of the three choices. Then, determine the winner. Save the application as RockPaperScissors.java

In the game Rock Paper Scissors, two players simultaneously choose one of three options: rock, paper, or scissors. If both players choose the same option, then the result is a tie. However, if they choose differently, the winner is determined as follows: • Rock beats scissors, because a rock can break a pair of scissors. • Scissors beats paper, because scissors can cut paper. • Paper beats rock, because a piece of paper can cover a rock. Create a game in which the computer randomly chooses rock, paper, or scissors. Let the user enter a number 1, 2, or 3, each representing one of the three choices. Then, determine the winner. Save the application as RockPaperScissors.java

Microsoft Visual C#

7th Edition

ISBN:9781337102100

Author:Joyce, Farrell.

Publisher:Joyce, Farrell.

Chapter4: Making Decisions

Section: Chapter Questions

Problem 8E: In the game Rock paper Scissors, two players simultaneously choose one of three options: rock,...

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In the game Rock paper Scissors, two players simultaneously choose one of three options: rock, paper, or scissors. If both players choose the same option, then the result is a tie. However, if they choose differently, the winner is determined as follows: Rock beats scissors, because a rock can break a pair of scissors. Scissors beats paper, because scissors can cut paper. Paper beats rock, because a piece of paper can cover a rock. Create a game in which the computer randomly chooses rock, paper, or scissors. Let the user enter a character, r, p, or s, each representing one of the three choices. Then, determine the winner. Save the application as RockPaperScissors.cs.
In the game Rock Paper Scissors, two players simultaneously choose one of three options: rock, paper, or scissors. If both players choose the same option, then the result is a tie. However, if they choose differently, the winner is determined as follows:Rock beats scissors, because a rock can break a pair of scissors.Scissors beats paper, because scissors can cut paper.Paper beats rock, because a piece of paper can cover a rock.Create a game in which the computer randomly chooses rock, paper, or scissors.Let the user enter a number 1, 2, or 3, each representing one of the three choices.Then, determine the winner.Program should validate all user inputGame should ask the user to play again and continue if yes and stop if no.Once the user stops playing, program should print the total number of wins.
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Create a Java codeed game called "Rock Paper Scissors," two players simultaneously chooseone of three options: rock, paper, or scissors. If both chose the same option, then the result is a tie. However, if they choose differently, the winner is determined as follows: -Rock beats scissors, because a rock can break a pair of scissors.-Scissors beat paper, because scissors can cut the paper.-Paper beats rock, because a piece of paper can cover a rock. Create a game in which the computer randomly chooses rock, paper, orscissors. Assign the number 1, 2, or 3 to represent one of the threechoices. Let the user enter a number. Then determine the winner bycomparing the user input and the randomly generated choice of thecomputer. Additional instructions:1. The Program should validate all user input.2. Game should ask the user to play again and continue if yes andstop if no.3. Once the user stops playing, program should print the total numberof wins.4. Once complete, save as RockPaperScissors and…
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In javascript: Page #1: Greets User 1 (The Word Chooser) and asks for their Name, a word, and the number of wrong guesses they would like to give User 2(The Guesser).User 1 then clicks the "Go" button, which leads to page 2. Page #2: Greets User 2 by telling them the word choosers name and how many guesses they have been given for the word, they initially see a "-" for each unguessed letter, and a counter with remaining bad guesses. They must also be shown previously guessed letters. There is a place for them to enter their name and to guess letters. After all guesses are done, win or lose, the page goes to: Page #3: Congratulates the user, or informs them of their failure to guess the word. This page must show: User 1 Name User 2 Name Word they were trying to guess
2048 is a single-player puzzle game created by Gabriele Cirulli1. It is played on a 4×4 grid that contains integers ≥2 that are powers of 2. The player can use a keyboard arrow key (left/up/right/down) to move all the tiles simultaneously. Tiles slide as far as possible in the chosen direction until they are stopped by either another tile or the edge of the grid. If two tiles of the same number collide while moving, they will merge into a tile with the total value of the two tiles that collided. The resulting tile cannot merge with another tile again in the same move. Please observe this merging behavior carefully in all Sample Inputs and Outputs. Input The input is always a valid game state of a 2048 puzzle. The first four lines of input, that each contains four integers, describe the 16 integers in the 4×4 grid of 2048 puzzle. The j-th integer in the i-th line denotes the content of the cell located at the i-th row and the j -th cell. For this problem, all integers in the input will…
This method plays 24 rounds of rps and returns the total points earned. For each of the 24 rounds, player1’s hand gesture will be based on calling the nextInt method of the given Random object. If the next integer is even, player1 will play rock. If it is odd, player1 will play paper. Player1 never plays scissors. Player2 will play rock in the first round, paper in the second round, scissors in the third round, and repeat the cycle starting with rock again in the fourth round. The method will sum the return values for the 24 calls to rps and return the total. Note, since an invalid input is never passed in to an rps call using playRps, your return value should always be a non-negative number.
Bomberman lives in a rectangular grid. Each cell in the grid either contains a bomb or nothing at all. Each bomb can be planted in any cell of the grid but once planted, it will detonate after exactly 3 seconds. Once a bomb detonates, it's destroyed — along with anything in its four neighboring cells. This means that if a bomb detonates in cell , any valid cells and are cleared. If there is a bomb in a neighboring cell, the neighboring bomb is destroyed without detonating, so there's no chain reaction. Bomberman is immune to bombs, so he can move freely throughout the grid. Here's what he does: Initially, Bomberman arbitrarily plants bombs in some of the cells, the initial state. After one second, Bomberman does nothing. After one more second, Bomberman plants bombs in all cells without bombs, thus filling the whole grid with bombs. No bombs detonate at this point. After one more second, any bombs planted exactly three seconds ago will detonate. Here, Bomberman stands back and…
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