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 three decimal places. 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:

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.

Explanation:

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 three decimal places. 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.

The code is given below:

def c_to_f (tempCelsius):

tempFahrenheit = ((9/5) * tempCelsius) + 32;

print ("/n %.3f Celsius is %.3f Fahrenheit / n" % (tempCelsius, tempFahrenheit));

def f_to_c (tempFahrenheit):

tempCelsius = (tempFahrenheit - 32) * (5/9);

return tempCelsius;

(Import modules)

import temps;

def main ():

temperature = float (input ("/n Enter a temperature: "));

scale = input ("/n Was that input Fahrenheit or Celsius c/f? ");

if scale. lower () = = 'c':

temps. c_to_f (temperature);

else:

tempCel = temps. f_to_c (temperature);

print ("/n %.1f Fahrenheit equals %.3f Celsius / n" % (temperature, tempCel));

main ();