1. Use nested loops to generate a list of all two digit numbers less than or equal to 56 and the sum of whose digits is greater than 10.
2. Use another set of nested loops to find a two-digit number such that the number itself minus the number reversed is equal to the sum of its digits.
3. Finally, create two functions using the above two sets of code. Create a menu that asks the user which of these two choices is desired and continues to run until quit is selected.
4. Bonus: Find four positive integers whose sum is 45, and such that the first plus 2, the second minus 2, the third multiplied by 2, and the fourth divided by 2 are all equal.
2. Use another set of nested loops to find a two-digit number such that the number itself minus the number reversed is equal to the sum of its digits.
3. Finally, create two functions using the above two sets of code. Create a menu that asks the user which of these two choices is desired and continues to run until quit is selected.
4. Bonus: Find four positive integers whose sum is 45, and such that the first plus 2, the second minus 2, the third multiplied by 2, and the fourth divided by 2 are all equal.
