Question

23, 31, 24 Question 4 Answer all questions within the context of the Sports Administration application. (Marks: 15) Q.4.1 Write the pseudocode for an application that will pass the number of games a player has played to a module which will calculate the net salary of a player. A player earns R70 000 per game and as the players fall within a higher tax bracket, they automatically pay 25% tax on their earnings. The net salary will be passed back to the mainline logic of the application which will display the net salary of a player. 2023 Q.4.2 Within the context of the Sports Administration application, describe one example of a situation where overloaded methods could be used. (13) (2)​

Answer 1

Q.4.1 Pseudocode for calculating the net salary of a player in the Sports Administration application:

1. Declare a variable to store the number of games played by the player (numGames)
2. Declare a constant variable for the earning per game (earningPerGame) and set it to 70000
3. Declare a variable to store the tax rate (taxRate) and set it to 0.25 (25%)
4. Declare a variable to store the net salary (netSalary)
5. Get the input for the number of games played and assign it to the numGames variable
6. Calculate the gross salary by multiplying the number of games played (numGames) by the earning per game (earningPerGame) and assign it to a variable (grossSalary)
7. Calculate the tax amount by multiplying the gross salary (grossSalary) by the tax rate (taxRate) and assign it to a variable (taxAmount)
8. Calculate the net salary by subtracting the tax amount (taxAmount) from the gross salary (grossSalary) and assign it to the netSalary variable
9. Display the net salary (netSalary) to the user

Q.4.2 Example of using overloaded methods in the Sports Administration application:
In the Sports Administration application, overloaded methods could be used in a situation where the player's statistics are recorded. For example, let's consider a scenario where we want to track and display different statistics for a player's performance, such as goals scored, assists made, and minutes played. We can define overloaded methods with different parameter lists to handle these different statistics.

java
// Overloaded method for recording goals scored by a player
public void recordStatistics(int goals) {
// Logic to record the goals scored
}

// Overloaded method for recording assists made by a player
public void recordStatistics(int goals, int assists) {
// Logic to record the goals and assists
}

// Overloaded method for recording minutes played by a player
public void recordStatistics(int goals, int assists, int minutesPlayed) {
// Logic to record the goals, assists, and minutes played
}

Using overloaded methods allows us to provide flexibility in capturing and processing different combinations of statistics for a player. This can enhance the functionality and usability of the Sports Administration application by accommodating various scenarios and requirements.