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- Download: https://solutionzip.com/downloads/playerscore/
- Instructions: The following programming problem can be solved by a program that uses three basic tasks-Input Data, Process Data, and Output Results. To process the data, it uses loops, arrays, decisions, accumulating, counting, searching and sorting techniques. Use RAPTOR to design a suitable program to solve this problem.
- Problem Statement
- Assume the Scores array is parallel to the Players array (both arrays are below).
- Scores array
- Scores[0] = 198
- Scores[1] = 486
- Scores[2] = 651
- Scores[3] = 185
- Scores[4] = 216
- Scores[5] = 912
- Scores[6] = 173
- Scores[7] = 319
- Scores[8] = 846
- Scores[9] = 989
- Players Array
- Players[0] = “Joe”
- Players[1] = “Ann”
- Players[2] = “Marty”
- Players[3] = “Tim”
- Players[4] = “Rosy”
- Players[5] = “Jane”
- Players[6] = “Bob”
- Players[7] = “Lily”
- Players[8] = “Granny”
- Players[9] = “Liz”
- Write a looping program that presents the user with 3 options:
- 1) Sort Output by Players
- 2) Sort Output by Scores
- 3) Exit Program
- When the first option is selected, sort the Players array in alphabetical order, keeping the Scores array parallel. Add code that determines the highest and lowest scores in the list. Include code to display each player’s score and name in the sorted order. Below the sorted list display the highest and lowest scores in the list and the name of the player who received that score.
- Download: https://solutionzip.com/downloads/playerscore/
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