Write a recursive function printArray that takes an array and the size of the array as arguments, prints the array, and returns nothing. The function should stop processing and return when it receives an array of size zero.

1] Do not change function names etc that has been given to you.

[2] Do not add additional libraries (i.e. for strings, and sorting), you need to do this yourself.

[3] Problems 1,2,3, must be done recursively. Thus, there shouldn't be any for/while loops. [4] To clarify the purpose of low and high in recursiveMinimum read the below:

// Include Files #include #include #include #include

// Project Includes #include

#define SIZE_PROBLEM1 10 #define SIZE_PROBLEM2 30 #define SIZE_PROBLEM3 10 #define MAXRANGE_PROBLEM3 1000

#define SIZE_PROBLEM4 100

// // Functions

//////////////////////////////////////////////////////////////////////////////// // // Function : main // Description : The main function for the CMPSC311 assignment #1 // // Inputs : argc - the number of command line parameters // argv - the parameters // Outputs : 0 if successful test, -1 if failure

int main(int argc, char *argv[]) {

/////// Problem 1 Start ////////////////////////////////////// printf(" -------------------------------------------------------"); printf(" Problem 1 Start");

srand(time(NULL));

int array[SIZE_PROBLEM1]; // array to be printed

// initialize array elements to random numbers for (unsigned int loop = 0; loop < SIZE_PROBLEM1; ++loop) { array[loop] = 1 + rand() % 500; }

puts("Array values printed in main:");

// print array elements for (unsigned int loop = 0; loop < SIZE_PROBLEM1; ++loop) { printf("%d ", array[loop]); }

puts(" Array values printed in printArray:"); printArray(? ? ? ? ); puts(""); printf(" Problem 1 End");

/////// Problem 1 End //////////////////////////////////////