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.
- 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__
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 0.0 Celsius
EXAMPLE OUTPUT 2
Enter a temperature 100
Was that input Fahrenheit or Celsius c/f? c
100 Celsius is 212.0 Fahrenheit
Program 1: The first program asks to create a Python module named temps.py with two custom functions, f_to_c and c_to_f, for converting temperatures between Fahrenheit and Celsius.
Program 2: The second program uses the custom module temps.py to create an interactive temperature converter. It prompts the user to enter a temperature and specify the scale (Celsius or Fahrenheit), then performs the conversion and displays the result accordingly
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