Python, R Programming Language - 30/09/2018 19:24 EDT

Define a main() function, a doTestOne() function, a doTestTwo() function and a doTestThree() function. The main() function should call doTestOne(), doTestTwo() and doTestThree() In doTestOne(), 1) Prompt the user for a number (e.g., "Please enter an integer.") 2) Using input() retrieve the number entered and store it in a variable called "userInput" 3) Convert the number from text to an integer 4) Determine whether or not the number is an even number by using the modulo operator. Hint: The expression x % 2 == 0 (modulo operator) evaluates to True when the remainder of x divided by 2 is 0. 5) If the number is even, print "Number entered is even" If the number is odd, print "Number entered is odd" In doTestTwo(), 6) Create two variables called 'hungry' and 'thirsty' 7) Set 'hungry' and 'thirsty' to either True or False (it doesn't matter which). 8) Write code that tests 'hungry' and 'thirsty' for all possible combinations of True and False. There are four possibilities. For example, hungry and thirsty can both be True, or both be False or one True and the other False. 9) Print the appropriate statement saying whether the user is hungry and/or thirsty based on conditions using 'if' and 'elif' In doTestThree(), 10) Prompt the user for a number. (For example, "Please enter an integer.") 11) Using input() retrieve the number entered by the user and store it in a variable called: "userInput" 12) Convert the number to an integer. 13) Using if and else statements, determine if the number entered is: Divisible by 2 and 3. Divisible by 2 and not 3. Divisible by 3 and not 2. 14) Print the appropriate outcome as shown above. Don't forget to execute the main function as your last line in the program. Add appropriate comments to the program and describe what each function does above the functions in comments.