Modify selection_sort.c so that it includes the following functions: void selection_sort(int "a, int n): int *tind_largest(int "a, int n); void swapfint "p, int "a); selection_sort function: it should call find_largest function and swap function. find_largest function: when passed an array of length n, the function will return a pointer to the array's largest element. The function should use pointer arithmetic - not subscripting - to visit array elements. In other words, eliminate the loop index variables and all use of the (] operator in the function. swap function: when passed the addresses of two variables, the function should exchange the values of the variables: swap(&i, 8): * exchange values of i and j*/ Your program will cll find_largest function and swap function in selection_sort function. "selection_sort.c, project 6, Program Design #include #define N 10 void selection_sortint "a, int n); int main(void) int i: int "a; printf("Enter %d numbers to be sorted:", N): for (i = 0; i« N; i++) scant("6d", &"a): selection_sort("a, N): printf("in sorted order:"): for (i = 0: i< N; i++) printf" 96cl", "a); printf("\n"): return O; void selection_sort(int "a, int n) int i, largest = 0, temp: if (n == 1) retum; for (i = 1; i« n; i++) if (a > allargest) largest = i; if (largest
Modify selection_sort.c so that it includes the following functions: void selection_sort(int "a, int n): int *tind_largest(int "a, int n); void swapfint "p, int "a); selection_sort function: it should call find_largest function and swap function. find_largest function: when passed an array of length n, the function will return a pointer to the array's largest element. The function should use pointer arithmetic - not subscripting - to visit array elements. In other words, eliminate the loop index variables and all use of the (] operator in the function. swap function: when passed the addresses of two variables, the function should exchange the values of the variables: swap(&i, 8): * exchange values of i and j*/ Your program will cll find_largest function and swap function in selection_sort function. "selection_sort.c, project 6, Program Design #include #define N 10 void selection_sortint "a, int n); int main(void) int i: int "a; printf("Enter %d numbers to be sorted:", N): for (i = 0; i« N; i++) scant("6d", &"a): selection_sort("a, N): printf("in sorted order:"): for (i = 0: i< N; i++) printf" 96cl", "a); printf("\n"): return O; void selection_sort(int "a, int n) int i, largest = 0, temp: if (n == 1) retum; for (i = 1; i« n; i++) if (a > allargest) largest = i; if (largest
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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![Modify selection_sortc so that it includes the following functions: void selection_sort(int "a, int n); int
*find_largestlint *a, int n); void swap(int "p, int *a); selection_sort function: it should call ind_largest
function and swap function. find_largest function: when passed an array of length n, the function will
return a pointer to the array's largest element. The function should use pointer arithmetic - not
subscripting - to visit array elements. In other words, eliminate the loop index variables and all use of the []
operator in the function. swap function: when passed the addresses of two variables, the function should
exchange the values of the variables: swap(&i, &): * exchange values of i and j*/ Your program will cal
find_largest function and swap function in selection_sort function.
"selection_sort.c, project 6, Program Design
#include <stdlio.h>
#define N 10
void selection_sort(int "a, int n);
int main(void)
int i:
int "a:
printfl"Enter %d numbers to be sorted: ", N):
for (i = 0: i< N; i++)
scanf("56c", &"a):
selection_sort"a, N):
printf("In sorted order:"):
for (i = 0; i< N; i++)
printf(" 9%dl", "a);
printfl"\n"):
return 0:
void selection_sort(int "a, int n)
int i, largest = 0, temp:
if (n == 1)
retum;
for (i = 1; i< n; i++)
if ("a > a[largest)
largest = i;
if (largest <n- 1) {
temp = a[n-1]:
a[n-1] = a[largest):
a[largest] = temp:](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4454b7c5-cfde-458f-b3d2-867aac67c9f3%2F594c5ba4-73f2-4a09-a156-9167ec89f4f2%2F560gl70b_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Modify selection_sortc so that it includes the following functions: void selection_sort(int "a, int n); int
*find_largestlint *a, int n); void swap(int "p, int *a); selection_sort function: it should call ind_largest
function and swap function. find_largest function: when passed an array of length n, the function will
return a pointer to the array's largest element. The function should use pointer arithmetic - not
subscripting - to visit array elements. In other words, eliminate the loop index variables and all use of the []
operator in the function. swap function: when passed the addresses of two variables, the function should
exchange the values of the variables: swap(&i, &): * exchange values of i and j*/ Your program will cal
find_largest function and swap function in selection_sort function.
"selection_sort.c, project 6, Program Design
#include <stdlio.h>
#define N 10
void selection_sort(int "a, int n);
int main(void)
int i:
int "a:
printfl"Enter %d numbers to be sorted: ", N):
for (i = 0: i< N; i++)
scanf("56c", &"a):
selection_sort"a, N):
printf("In sorted order:"):
for (i = 0; i< N; i++)
printf(" 9%dl", "a);
printfl"\n"):
return 0:
void selection_sort(int "a, int n)
int i, largest = 0, temp:
if (n == 1)
retum;
for (i = 1; i< n; i++)
if ("a > a[largest)
largest = i;
if (largest <n- 1) {
temp = a[n-1]:
a[n-1] = a[largest):
a[largest] = temp:
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