Create a function named get_area_circle that accepts one argument r, which is the radius of the circle

Function arguments: This function accepts one argument, r. r is the radius of the circle whose area to be calculated

What does it do: Computes the area of a circle with a radius r.

What it returns: It returns the area of the circle with a radius r.

For Example,

get_area_circle(3)

should return

28.27

For Example,

get_area_circle(1)

should return

3.14

2.

Create a function named get_factorial that accepts one argument number, which is the number of which we would compute the factorial

Function arguments: This function accepts one argument, number.

What does it do: Computes the factorial of a given number.

What it returns: It returns the factorial of a given number

For Example,

get_factorial(5)

should return

120

For Example,

get_factorial(6)

should return

720

3.

Create a function named sum_lists that accepts two arguments: list_1 and list_2 and sums the two lists elementwise given that they all contain numbers and of equal size

Function arguments: This function accepts two arguments list_1 and list_2

What does it do: Sums up the elements of two lists

What it returns: It returns a list

For Example,

sum_lists([4, 5, 7], [-1, 5, 120])

should return

[3, 10, 127]

For Example,

sum_lists([4, 5], [-1, 5, 120])

should

throw an error as the lists are of different size