10. Write a 099 program on the RPi 3b/3b+ that uses two 8-bit unsigned integers (uint8_t) variables named "a" and "b". The initial value of a=0 and b = 6. The program should contain a single for loop that increments the a variable a total of 512 iterations (the counter will wrap around once). The program should output the resulting 512 values in the format below: a a == b ab 0 0 1 0 1 0 1 0 While the C program uses a 8-bit integer and the hardware circuit uses a 4-bit integer, the modulo nature of the counter is the same. The comparator operation is also the same. 11. Write a 099 program on the RPi 3b/3b+ that uses two 8-bit unsigned integers (uint8_t) variables named "a" and "b". The initial value of a=0 and b = 6. The program should increment the "a" variable modulo 16 [a = (a+1) % 16 ] a total of 32 times using a for loop (the counter will wrap around once). The program should the resulting 32 values in the format below: a a == b ab 0 0 1 0 1 0 1 0 Verify that this program output matches the operation of the hardware exactly