Draw the hierarchy chart and design the logic for a program needed by the manager of the Stengel County softball team, who wants to compute slugging percentages for his players. A slugging percentage is the total bases earned with base hits divided by the player’s number of at-bats. Design a program that prompts the user for a player jersey number, the number of bases earned, and the number of at-bats, and then displays all the data, including the calculated slugging average. The program accepts players continuously until 0 is entered for the jersey number. Use appropriate modules, including one that displays End of job after the sentinel is entered for the jersey number.
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Draw the hierarchy chart and design the logic for a program needed by the manager of the Stengel County softball team, who wants to compute slugging percentages for his players. A slugging percentage is the total bases earned with base hits divided by the player’s number of at-bats. Design a program that prompts the user for a player jersey number, the number of bases earned, and the number of at-bats, and then displays all the data, including the calculated slugging average. The program accepts players continuously until 0 is entered for the jersey number. Use appropriate modules, including one that displays End of job after the sentinel is entered for the jersey number.
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Modify the slugging percentage program to also calculate a player’s on-base percentage. An on-base percentage is calculated by adding a player’s hits and walks, and then dividing by the sum of at-bats, walks, and sacrifice flies. Prompt the user for all the additional data needed, and display all the data for each player.
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Modify the softball program so that it also computes a gross production average (GPA) for each player. A GPA is calculated by multiplying a player’s on-base percentage by 1.8, then adding the player’s slugging percentage, and then dividing by four.
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