Choose the correct function declaration of  fun1() so that we can execute the following function call successfullyfun1(25, 75, 55)fun1(10, 20)def fun1(**kwargs)No, it is not possible in Pythondef fun1(args*)def fun1(*data)

The correct function declaration to successfully execute the function calls fun1(25, 75, 55) and fun1(10, 20) is def fun1(*data). This is because *data allows for any number of positional arguments to be passed to the function, which is what is required in this case.

The correct function declaration to execute the function call successfully is def fun1(*data). This is because the asterisk (*) before the parameter name allows the function to take in any number of arguments. This means it can handle both fun1(25, 75, 55) and fun1(10, 20).

The correct function declaration to successfully execute the function calls fun1(25, 75, 55) and fun1(10, 20) is def fun1(*data). This is because the *data parameter allows the function to accept any number of positional arguments.

The correct function declaration to successfully execute the function calls fun1(25, 75, 55) and fun1(10, 20) is def fun1(*data). This is because *data allows for any number of positional arguments to be passed to the function, which is what is required in this case.

The correct function declaration to successfully execute the function calls fun1(25, 75, 55) and fun1(10, 20) is:

def fun1(*data)

The correct function declaration for the function call fun1(25, 75, 55) and fun1(10, 20) is def fun1(*data).

This is because the *data in the function declaration allows the function to accept any number of positional arguments. This means you can call the function with any number of arguments, like in the examples fun1(25, 75, 55) and fun1(10, 20).

Here's how it works:

1. When you define the function with *data, you're telling Python that the function can accept any number of arguments. The arguments will be wrapped up in a tuple.

2. When you call the function with multiple arguments, like fun1(25, 75, 55), those arguments are passed into the function as a tuple.

3. Inside the function, you can access the arguments by indexing the data variable, like data[0], data[1], etc.

So, the correct answer is def fun1(*data).

The correct function declaration for executing the function calls fun1(25, 75, 55) and fun1(10, 20) successfully is def fun1(*data).

This is because the *data in the function declaration allows the function to accept any number of positional arguments. These arguments are then stored in a tuple which can be accessed within the function.

Here is how you can define the function:

def fun1(*data):
    # You can access the data inside the function
    for d in data:
        print(d)

And here is how you can call the function:

fun1(25, 75, 55)  # This will print 25, 75, 55
fun1(10, 20)  # This will print 10, 20

The correct function declaration to successfully execute the function calls fun1(25, 75, 55) and fun1(10, 20) is def fun1(*data). This is because *data allows for any number of positional arguments to be passed to the function, which is what is required in this case.

The correct function declaration to execute the function calls successfully is def fun1(*data). This is because the *data parameter allows the function to accept any number of positional arguments. This means you can call the function with any number of arguments, like fun1(25, 75, 55) or fun1(10, 20).

The correct function declaration to successfully execute the function calls fun1(25, 75, 55) and fun1(10, 20) is def fun1(*data).

This is because the *data parameter allows the function to accept any number of positional arguments, which is what we have in the function calls. The other options are not correct because *kwargs is used for keyword arguments, not positional arguments, and def fun1(args) is not a valid syntax in Python.

The correct function declaration to successfully execute the function calls fun1(25, 75, 55) and fun1(10, 20) is def fun1(*data). This is because *data allows for any number of positional arguments to be passed to the function.