Use nested for loops to generate a list of all the two digit numbers which are less than or equal to fifty-six, and the sum of whose digits is greater than ten.
Use another set of nested for loops to find a two-digit number such that the number itself minus the number reversed is equal to the sum of its digits.
For example, 72 is not such a number because 72-27 (which is 45) is not the same as the sum of its digits (2+7 = 9).
Finally, put the code for each of the two parts into its own separate function, and have a menu in main() which allows you to choose which of the two sets to find. This main program should keep repeating until you choose to quit (use a do-while loop for this).
1) Find two digit numbers <= 56 with sums of digits > 10 2) Find two digit number minus number reversed which equals sum of digits 3) Quit >1 (numbers go here) 1) Find two digit numbers <= 56 with sums of digits > 10 2) Find two digit number minus number reversed which equals sum of digits 3) Quit >2 (number goes here) 1) Find two digit numbers <= 56 with sums of digits > 10 2) Find two digit number minus number reversed which equals sum of digits 3) Quit >3
©2013 Graham Mitchell
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