There is a source code file called q1.c Answer the following questions: a. What is the...

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There is a source code file called "q1.c" Answer the following questions: a. What is the size, in bits, of each element of array t? b. Write down the elements of array t in binary c. For each of the following variables in the mystery function describe briefly the purpose of each variable. Variable a b r d Purpose (in one short sentence) d. Describe in under 20 words what the mystery function does #include <stdio.h> #define M Ob10000000 #define L 5 int mystery(char *x, int y) { int a = 0, b = 0, r = 0, d = 0; while(b < y) { char c = x[b]: d=0; while(d<8) { if(!(c & M) && a) { if(a > r) r = a; a = 0; } while(!(c & M) && (d<8)){ <<<= 1; d++; } while((d<8) && (c & M)){ a++; c<<= 1; d++; } }; b++; } if(a > r) r = a; return r; } int main() { int main() { char t[L] = {51, -29, 63, -9, -1); int v = mystery(t, L); printf("%d\n", v); } There is a source code file called "q1.c" Answer the following questions: a. What is the size, in bits, of each element of array t? b. Write down the elements of array t in binary c. For each of the following variables in the mystery function describe briefly the purpose of each variable. Variable a b r d Purpose (in one short sentence) d. Describe in under 20 words what the mystery function does #include <stdio.h> #define M Ob10000000 #define L 5 int mystery(char *x, int y) { int a = 0, b = 0, r = 0, d = 0; while(b < y) { char c = x[b]: d=0; while(d<8) { if(!(c & M) && a) { if(a > r) r = a; a = 0; } while(!(c & M) && (d<8)){ <<<= 1; d++; } while((d<8) && (c & M)){ a++; c<<= 1; d++; } }; b++; } if(a > r) r = a; return r; } int main() { int main() { char t[L] = {51, -29, 63, -9, -1); int v = mystery(t, L); printf("%d\n", v); }

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a tL 1 char 51 29 63 9 1 This indicates that the array is 5 bytes in size 8 bit ... View the full answer