For the craps game in the tutorial, the client may want to enter a cash amount to bet for each game. If they bet (e.g., $5) and win, they receive two times their bet ($10); if they lose, the money they bet (e.g., $5) goes to the casino.If you need to add the core logic to allow a player to bet in this way, what pseudocode accurately represents this task?a.)# Ask the player how much to bet#Play the game# If the player won the first game add double the bet to the total won# else the player lost so subtract the bet from the total wonb.)# Ask the player how much to bet per game#Play the game# If the player won add the bet to the total won# else the player lost so subtract the bet from the total wonc.)# Ask the player how much to bet#Play the game# If the player won add double the bet to the total won# If the player lost subtract double the bet from the total wond.)# Ask the player how much to bet per game# Play the game# If the player won the game add double the bet to the total won# else the player lost so subtract the bet from the total won
Question
For the craps game in the tutorial, the client may want to enter a cash amount to bet for each game. If they bet (e.g., 10); if they lose, the money they bet (e.g., $5) goes to the casino.If you need to add the core logic to allow a player to bet in this way, what pseudocode accurately represents this task?a.)# Ask the player how much to bet#Play the game# If the player won the first game add double the bet to the total won# else the player lost so subtract the bet from the total wonb.)# Ask the player how much to bet per game#Play the game# If the player won add the bet to the total won# else the player lost so subtract the bet from the total wonc.)# Ask the player how much to bet#Play the game# If the player won add double the bet to the total won# If the player lost subtract double the bet from the total wond.)# Ask the player how much to bet per game# Play the game# If the player won the game add double the bet to the total won# else the player lost so subtract the bet from the total won
Solution
The correct pseudocode for this task is:
d.)
Ask the player how much to bet per game
Play the game
If the player won the game add double the bet to the total won
else the player lost so subtract the bet from the total won
This pseudocode correctly represents the task because it takes into account the player's bet, the outcome of the game, and adjusts the total won accordingly. If the player wins, they receive double their bet, and if they lose, the bet is subtracted from the total won.
Similar Questions
Within the tutorial casino craps game pseudocode, where should you place the pseudocode that performs the task of "Get if the player won or lost" and how (in pseudocode) should this task be implemented?a.)In method play, with pseudocodemethod play()...set a local variable to won or lostb.)In Loop until Games Played = Times to Play, with pseudocodeLoop until Games Played = Times to Play...If the player won...Set "Get if the player won or lost" to wonElse if player lost...Set "Get if the player won or lost" to lostc.)In method play, with pseudocodemethod play()...return if the player won or lostd.)In Loop until Games Played = Times to Play, with pseudocodeLoop until Games Played = Times to Play...If the player won...Else if player lost...Set "Get if the player won or lost" to won or lost
For the craps game in the tutorial, if code were implemented to input a bet for a player, what code segment would ensure that a bet with a maximum amount of 100 is received?a.) // Track if input of bet is valid int betAmount = -1; // Assume invalid input of number until it proves to be correct while(!betAmount < 0) { try { System.out.print("Pass Line Bet : "); betAmount = input.nextInt(); playMultipleGames(number,betAmount); } catch(InputMismatchcatchion ex) { System.out.println("Not a valid bet. Please enter a number between 1-100 for your bet."); // Clear out input to remove \n input.nextLine(); } } System.out.println(); // Add blank line in output b.) // Track if input of bet is valid int betAmount = -1; // Assume invalid input of number until it proves to be correct while(!betAmount < 0) { try { System.out.print("Pass Line Bet : "); betAmount = input.nextInt(); if (betAmount > 100) playMultipleGames(number,betAmount); else System.out.println("Please enter a non-negative number for your bet."); } catch(InputMismatchcatchion ex) { System.out.println("Not a valid bet. Please enter a number between 1-100 for your bet."); // Clear out input to remove \n input.nextLine(); } } System.out.println(); // Add blank line in outputc.) // Track if input of bet is valid int betAmount = -1; // Assume invalid input of number until it proves to be correct while(!betAmount > 100) { try { System.out.print("Pass Line Bet : "); betAmount = input.nextInt(); } catch(InputMismatchcatchion ex) { System.out.println("Not a valid bet. Please enter a number between 1-100 for your bet."); // Clear out input to remove \n input.nextLine(); } } System.out.println(); // Add blank line in output d.) // Track if input of bet is valid int betAmount = -1; // Assume invalid input of number until it proves to be correct while(!betAmount <= 100) { try { System.out.print("Pass Line Bet : "); betAmount = input.nextInt(); if (betAmount <= 100) playMultipleGames(number,betAmount); else System.out.println("Please enter a non-negative number for your bet."); } catch(InputMismatchcatchion ex) { System.out.println("Not a valid bet. Please enter a number between 1-100 for your bet."); // Clear out input to remove \n input.nextLine(); } } System.out.println(); // Add blank line in output
For the casino craps game in the tutorial, why would you want to start with an example where a winner or loser is selected on the first roll?a.)The game must end with a winner or loser on the first roll.b.)It's best to start by breaking down the problem into a simpler one.c.)The game must start with a winner or loser on the first roll.d.)It's best to start by solving the most the complex part of the problem first.
In a card game, the dealer distributes one card to each player. Each player then bets an amount on his card without looking at his card. After betting, the player shows his card. If the card is an ace, the dealer pays the player five times his bet. If the card is a king, the dealer pays the player four times his bet. If the card is a queen, the dealer pays the player three times the bet. If the card is any other card, the player has to forfeit his bet. If Mr. Crap Baggins is joining the game with Rs. 13000, how much money can he hope to have, when he leaves the game?Choices:- 14000 12000 13860 15540
In your own words, what is Pseudo-Code?
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