Figure 1b 2 #define SIZE 104 int AB (int b[], size_t p);1 #include 2 #define SIZE 107 int main (void)8 {9 int x;45 void KA (int b[], size_t i, size_t size);10118 int main (void)12 int...

Figure 1b(a) The following C program in Figure 1 process information from 1-dimensional array named<br>calculate[]. Analyze the program and trace the process and possible output of the program.<br>Your analysis must include the followings:<br>Sample of possible inputs to the program so that all possible output can be<br>produced at the end of the program.<br>The flow of process and how the values of variables in the program changes based<br>on the input data.<br>Trace and produce output based on input given in (i)<br>Justify why such output is obtained in (i) for Figure 1(a) and Figure 1(b)<br>(i)<br>(ii)<br>(iii)<br>(iv)<br>1 #include <stdio.h><br>2 #define SIZE 10<br>4 int AB (int b[], size_t p);<br>1 #include <stdio.h><br>2 #define SIZE 10<br>7 int main (void)<br>8 {<br>9 int x;<br>4<br>5 void KA (int b[], size_t i, size_t size);<br>10<br>11<br>8 int main (void)<br>12 int a[SIZE] = {};<br>13<br>10 int a[SIZE] = {};<br>14 x = AB (a, SIZE);<br>11<br>15<br>12 puts (

Extracted text: (a) The following C program in Figure 1 process information from 1-dimensional array named calculate[]. Analyze the program and trace the process and possible output of the program. Your analysis must include the followings: Sample of possible inputs to the program so that all possible output can be produced at the end of the program. The flow of process and how the values of variables in the program changes based on the input data. Trace and produce output based on input given in (i) Justify why such output is obtained in (i) for Figure 1(a) and Figure 1(b) (i) (ii) (iii) (iv) 1 #include 2 #define SIZE 10 4 int AB (int b[], size_t p); 1 #include 2 #define SIZE 10 7 int main (void) 8 { 9 int x; 4 5 void KA (int b[], size_t i, size_t size); 10 11 8 int main (void) 12 int a[SIZE] = {}; 13 10 int a[SIZE] = {}; 14 x = AB (a, SIZE); 11 15 12 puts ("Answer is:"); 16 printf ("Result is %d\n", x); 17 ) 13 KA(a, 0, SIZE); 14 puts (""); 15 } 18 19 16 20 int AB (int b[], size_t p) 17 21 { 22 23 if (1 == p) { 24 return b[0]; 25 } 26 else { 27 return b[p -1] + AB (b, p - 1); 18 void KA (int b[], si ze_t i, size_t size) 19 ( 20 if (i < size) { 21 ka (b, i + 1, size); 22 printf ("%d ", b[i]); 23 } 24 } 28 ) 29 } figure 1(a) figure 1(b) size)="" {="" 21="" ka="" (b,="" i="" +="" 1,="" size);="" 22="" printf="" ("%d="" ",="" b[i]);="" 23="" }="" 24="" }="" 28="" )="" 29="" }="" figure="" 1(a)="" figure="">
Jun 09, 2022
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