Implement in C Programming 8.2.2: Printing with pointers. If the input is negative, make numItemsPointer be null. Otherwise, make numItemsPointer point to numItems and multiply the value to which numItemsPointer points by 10. Ex: If the user enters 99, the output should be:Items: 990 #include int main(void) { int* numItemsPointer; int numItems; scanf("%d", &numItems); /* Your solution goes here */ if (numItemsPointer == NULL) { printf("Items is negative\n"); } else { printf("Items: %d\n", *numItemsPointer); } return 0;
Implement in C Programming 8.2.2: Printing with pointers. If the input is negative, make numItemsPointer be null. Otherwise, make numItemsPointer point to numItems and multiply the value to which numItemsPointer points by 10. Ex: If the user enters 99, the output should be:Items: 990 #include int main(void) { int* numItemsPointer; int numItems; scanf("%d", &numItems); /* Your solution goes here */ if (numItemsPointer == NULL) { printf("Items is negative\n"); } else { printf("Items: %d\n", *numItemsPointer); } return 0;
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Implement in C Programming
8.2.2: Printing with pointers.
If the input is negative, make numItemsPointer be null. Otherwise, make numItemsPointer point to numItems and multiply the value to which numItemsPointer points by 10. Ex: If the user enters 99, the output should be:Items: 990
#include <stdio.h>
int main(void) {
int* numItemsPointer;
int numItems;
scanf("%d", &numItems);
/* Your solution goes here */
if (numItemsPointer == NULL) {
printf("Items is negative\n");
}
else {
printf("Items: %d\n", *numItemsPointer);
}
return 0;
}
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