For Parts a and b, record the output generated from each program (assuming the necessary libraries...

  

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For Parts a and b, record the output generated from each program (assuming the necessary libraries are included at the beginning). a) What does this program print? #define HOWMANY 10 int i; typedef struct nd { int data; struct nd* next%;B } node; node backbone [HOWMANY]; int main() { www for (i=0; i data = backbone (i)->next = NULL; for (i=0; i next = (node*)malloc(sizeof (node)); (backbone [i]->next)->data if (19 = 300*1; (backbone [i]->next)->next = backbone [i+1]; } else { (backbone [i]->next)->next = backbone [0]; www } } } printf("%d ", (backbone [1] ->data) ((((backbone [2]->next)->next) ->next) ->data)); return 0; b) What does this program print? int someFunction (int a, rv = b + (b * b - 4 * a return 0; int main() int first = 6; } int b, int c, int rv) { www www * c) / (2 * a); int second = 11; int third int fourth = 16; = 21; someFunction (first, second, third, fourth); printf("%d ", fourth); return 0; For Parts a and b, record the output generated from each program (assuming the necessary libraries are included at the beginning). a) What does this program print? #define HOWMANY 10 int i; typedef struct nd { int data; struct nd* next%;B } node; node backbone [HOWMANY]; int main() { www for (i=0; i data = backbone (i)->next = NULL; for (i=0; i next = (node*)malloc(sizeof (node)); (backbone [i]->next)->data if (19 = 300*1; (backbone [i]->next)->next = backbone [i+1]; } else { (backbone [i]->next)->next = backbone [0]; www } } } printf("%d ", (backbone [1] ->data) ((((backbone [2]->next)->next) ->next) ->data)); return 0; b) What does this program print? int someFunction (int a, rv = b + (b * b - 4 * a return 0; int main() int first = 6; } int b, int c, int rv) { www www * c) / (2 * a); int second = 11; int third int fourth = 16; = 21; someFunction (first, second, third, fourth); printf("%d ", fourth); return 0;