Archie Wants A Program That Calculates And Displays A Team

Archie Wants A Program That Calculates And Displays A Teams Final Sco

Archie wants a program that calculates and displays a team’s final score in a football game, given the numbers of the team’s field goals, touchdowns, one-point conversions, two-point conversions, and safeties. First, create an IPO chart for this problem, and then desk-check the algorithm twice. For the first desk-check, use 3, 2, 2, 0, and 1 as the numbers of field goals, touchdowns, one-point conversions, two-point conversions, and safeties. For the second desk-check, use your own set of data. After desk-checking the algorithm, list the input, processing, and output items in a chart similar to the one shown in Figure 3-25, and then enter the appropriate C++ declaration statements.

Builders Inc. wants a program that allows its salesclerks to enter the diameter of a circle and the price of railing material per foot. The program should calculate and display the total price of the railing material. Use 3.1416 as the value of pi. First, create an IPO chart for this problem, and then desk-check the algorithm twice. For the first desk-check, use 35 feet as the diameter and $2 as the price per foot. For the second desk-check, use 15.5 and $3.50. After desk-checking the algorithm, list the input, processing, and output items in a chart similar to the one shown in Figure 3-25, and then enter the appropriate C++ declaration statements.

Paper For Above instruction

The assignment involves developing two separate programs: one for calculating a football team’s final score based on various scoring methods, and the other for calculating the total price of railing material based on the diameter of a circle and its price per foot. The first part requires creating an IPO (Input-Process-Output) chart, performing desk checks of the algorithm with specified data sets, and then listing the input, processing, and output items in a table. Finally, C++ declaration statements should be written corresponding to these items. The second part follows a similar structure, focusing on geometric and pricing calculations, with an IPO chart, desk checks, item listing, and code declarations, using specific sample data for validation.

The football scoring program must accept input values for field goals, touchdowns, one-point conversions, two-point conversions, and safeties. The calculations for the final score follow traditional football rules: each field goal is worth 3 points, each touchdown is worth 6 points, a one-point conversion adds 1 point, a two-point conversion adds 2 points, and safeties add 2 points. The algorithm then sums these weighted values to output the total score.

The railing cost program computes the circumference of a circle using the diameter input, calculates the total length in feet, multiplies that by the price per foot, and displays the final cost. The calculations rely on the formula circumference = pi * diameter and the use of 3.1416 for pi.

Desk-checking involves manually simulating the algorithms with provided sample data to verify correctness. These desk checks help identify logical errors or miscalculations before actual coding. The items list (input, processing, output) set the foundation for translating algorithm into C++, ensuring that variables and computations are clearly defined and declared.

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