This concept is known as **method overloading**. In object-oriented programming, method overloading allows a class to have multiple methods with the same name but different parameter lists (in terms of type, number of parameters, or both). This enables the programmer to call the same method name to perform similar tasks that may require different input types or amounts.

For instance, consider a class `MathOperations` that has the following overloaded methods:

1. `add(int a, int b)` - Adds two integers.
2. `add(double a, double b)` - Adds two double values.
3. `add(int a, int b, int c)` - Adds three integers.

In each case, when you call `add`, the programming language will determine which method to execute based on the arguments you provide, thus enhancing the flexibility and readability of the code.

Question

This concept is known as **method overloading**. In object-oriented programming, method overloading allows a class to have multiple methods with the same name but different parameter lists (in terms of type, number of parameters, or both). This enables the programmer to call the same method name to perform similar tasks that may require different input types or amounts.

For instance, consider a class `MathOperations` that has the following overloaded methods:

1. `add(int a, int b)` - Adds two integers.
2. `add(double a, double b)` - Adds two double values.
3. `add(int a, int b, int c)` - Adds three integers.

In each case, when you call `add`, the programming language will determine which method to execute based on the arguments you provide, thus enhancing the flexibility and readability of the code.

Knowee AI · Accepted Answer

This concept is known as **method overloading**. In object-oriented programming, method overloading allows a class to have multiple methods with the same name but different parameter lists (in terms of type, number of parameters, or both). This enables the programmer to call the same method name to perform similar tasks that may require different input types or amounts.

For instance, consider a class `MathOperations` that has the following overloaded methods:

1. `add(int a, int b)` - Adds two integers.
2. `add(double a, double b)` - Adds two double values.
3. `add(int a, int b, int c)` - Adds three integers.

In each case, when you call `add`, the programming language will determine which method to execute based on the arguments you provide, thus enhancing the flexibility and readability of the code.

A class can have many methods with the same name, as long as the number of parameters is different. This is known as:

Question

A class can have many methods with the same name, as long as the number of parameters is different. This is known as:

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