please please please dont use ai$,$ please also use pseudocode so i can learn from it thank you.

Requirements

Two programs are required. In each program:

Create a folder named$$with your$$surname followed by $5$ then then the word prep$($example$$smith$5$prep$).$ In this folder, write the Python$$programs and functions to$$solve$$the problems described below.

Name your program files with names of your choice that reflect their functions.

Start with a comment that includes your name and course number.

Before submitting your assignment for grading, add$$a collaboration statement$$as described in the syllabus as a comment in the program after the comment above. State "collaborator: none" if you did not have a collaborator. Submissions without a$$collaboration$$statement may be assigned a$$zero grade.

Include pseudocode that describes all steps required to solve the problem.

Employ variable names that describe the values they store and adhere to Python naming conventions.

Include additional comments as needed to annotate your code.

Use correct spelling and grammar.

Use$$f$\_$strings to output variable values.

Use the "dunders test" for $\_\_$name$\_\_$ equals $\_\_$main$\_\_$

When done,$$you have to zip$/$compress your folder for submitting. Do this by$$right$-$clicking on your$$folder and selecting "Send to$">$ "Compressed $($zipped$)$ folder".$$This will make a$$zip file. Only zips are acceptable.$$Compression formats such as$$rar$$or $7$z will be assigned a zero grade.

Upload$$this$$zipped folder to the assignment$$drop box.

$1.$ Write a program that contains a main function and a custom, void function named show$\_$larger that takes two random integers as parameters. This function should display which integer is larger and by how much. The difference must be expressed as a positive number if the random integers differ. If the random integers are the same, show$\_$larger should handle that, too. See example outputs. In the main function, generate two random integers both in the range from $1$ to $5$ inclusive, and call show$\_$larger with the integers as arguments.

EXAMPLE OUTPUT $1$

$3$ is larger than $1$ by $2$

EXAMPLE OUTPUT $2$

The integers are equal, both are $3$

$2.$ Write a Python program that can convert a Fahrenheit temperature to Celsius, or vice versa. The program should use two custom functions, f$\_$to$\_$c and c$\_$to$\_$f$,$to perform the conversions. Both of these functions should be defined in a custom module named temps. Custom function c$\_$to$\_$f should be a void function defined to take a Celsius temperature as a parameter. It should calculate and print the equivalent$$Fahrenheit temperature accurate to one decimal place. Custom function f$\_$to$\_$c should be a value$-$returning function defined to take a Fahrenheit temperature as a parameter. This function should calculate the equivalent Celsius temperature and return it$.$ In the main function, your program should:

prompt the user to enter a temperature as an integer.

indicate the temperature scale of the temperature just entered.

call the appropriate function from the temps module.

Use an f$-$string to display the equivalent temperature accurate to one decimal place.

EXAMPLE OUTPUT $1$

Enter a temperature $32$

Was that input Fahrenheit or Celsius c$/$f$?$ f

$32$ Fahrenheit equals $0\mathrm{.}0$ Celsius

EXAMPLE OUTPUT $2$

Enter a temperature $100$

Was that input Fahrenheit or Celsius c$/$f$?$ c

$100$ Celsius is $212\mathrm{.}0$ Fahrenheit