Please provide 10 unsigned decimal integers.
Each number needs to be small enough to fit inside a 32 bit register.
After you have finished inputting the raw numbers I will display a list of the integers, their sum, and their average value.
Please enter an unsigned number: 156
Please enter an unsigned number: 51d6fd
ERROR: You did not enter an unsigned number or your number was too big.
Please try again: 34
Please enter an unsigned number: 186
Please enter an unsigned number: 15616148561615630
ERROR: You did not enter an unsigned number or your number was too big.
Please try again: -145
ERROR: You did not enter an unsigned number or your number was too big.
Please try again: 345
Please enter an unsigned number: 5
Please enter an unsigned number: 23
Please enter an unsigned number: 51
Please enter an unsigned number: 0
Please enter an unsigned number: 56
Please enter an unsigned number: 11
You entered the following numbers:
156, 34, 186, 345, 5, 23, 51, 0, 56, 11
The sum of these numbers is: 867
The average is: 86
Thanks for playing!

Extra Credit:
1) 1 point: number each line of user input and display a running subtotal of the user’s numbers.
2) 2 points: Handle signed integers.
3) 3 points: make your ReadVal and WriteVal procedures recursive.
4) 4 points: implement procedures ReadVal and WriteVal for floating point values, using the FPU.
To ensure you receive credit for any extra credit options you did, you must add one print statement to your program output PER EXTRA CREDIT which describes the extra credit you chose to work on.