Parameters are placeholders in a method signature that define the type and order of data that a method expects to receive. When you define a method, you specify parameters to indicate what kind of data the method will work with. Parameters act as variables within the method's scope, and their values are set when the method is called.
Here's an example of a method with parameters in C#:
public void CalculateSum(int num1, int num2)
{
    int sum = num1 + num2;
    Console.WriteLine("Sum: " + sum);
}

In this method, num1 and num2 are parameters that specify the data types (int in this case) and order of the values that the CalculateSum method expects to receive.

Arguments :

Arguments, on the other hand, are the actual values that are passed to a method when it is called. These values are assigned to the parameters defined in the method signature. When you invoke a method, you provide arguments that match the data types and order of the parameters in the method declaration.

Here's an example of calling the CalculateSum method with arguments:
CalculateSum(5, 3);
In this call, 5 and 3 are the arguments passed to the CalculateSum method. These values are assigned to num1 and num2 respectively within the method.

Key Differences :

  • Parameters are defined in the method signature, while arguments are the actual values passed to the method.
  • Parameters act as placeholders for data types and order, while arguments are the concrete values supplied to the method.
  • Parameters are used to define the method's input requirements, while arguments fulfill those requirements during method invocation.
Understanding the distinction between parameters and arguments is fundamental to writing clear and concise code in C#. By grasping this concept, you can effectively design methods that operate on the data provided through arguments passed during method calls.

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