psuedocode with comments needed (python) and the output!

again provide the psuedocode in python with comments as well as the ouput!

In this assignment, you will be designing a solid geometric calculator for different shapes. The shapes you need to consider are: cylinder, cube and sphere. Details are below: Lab Procedure: Step 1: You need to define the maximum number of user- defined functions for each of the following shapes * Cylinder Formulas (r- radius and h height): . Calculate volume of a cylinder: V Ttr2h Calculate the lateral surface area of a cylinder: L = 2trh . Calculate the top and bottom surface area of a cylinder: T B Ttr2 Total surface area of a closed cylinder is: A = L + T + B = 2trh + 2(nr) = 2tr(h+r) Formulas for a cube (a -side length): Volume of a cube: V- a . Surface area of a cube: S 6a . Face diagonal of a cube: f- av2 Sphere Formulas (r- radius): Volume of a sphere: V- (4/3)rr3 Circumference of a sphere: C = 2tr surface area of a sphere: A = 4tr Step 2: Create a utility module to define all your user-defined functions for shape calculations. Create a main application module that allows a user to perform the required calculations according to the choice. The application should provide a menu, should use appropriate screen- clearings to assist the user in focusing on the output, and should make maximal use of user- defined functions. The naming convention of the utility and application module will be as follows: o Utility module: firstname_lastname_BWA4 utility.py o Main module: firstname_lastname_BWA4_ application.py * Step 3: All the functions should be well documented with docstring and appropriate naming conventions. The docstring should contain the following information o Function description o Parameter/Input: datatype o Return/output: datatype