程序运行后的输出结果是

Struct st { int x; int *y; } *pt;

Int a[]={1,2}, b[]={3,4};

Struct st c[2]={10,a,20,b};

Pt=c;

以下选项中表达式的值为11的是

Struct S{int n;int a[20];};

Void f(int *a,int n)

{ int i;

For(i=0;i<n-1;i+ +) a[i]+ =i;

}

Main( )

{ int i; struct S s={10,{2,3,1,6,8,7,5,4,10,9}};

F(s.a,s.n);

For(i=0;i<s.n;i+ +) printf("%d,",s.a[i]);

}

程序运行后的输出结果是

#include <stdio.h>

#include <string.h>

typedef struct{ char name[9];char sex;float score[2]; }STU;

STU f(STU a)

{ STU b={"Zhao",'m',85.0,90.0};int i;

strcpy(a.name,b.name);

a.sex=b.sex;

for(i=0;i<2;i+ +) a.score[i]=b.score[i];

return a;

}

main( )

{ STU c={"Qian",'f',95.0,92.0},d;

d=f(c); printf("%s,%c,%2.0f,%2.0f\n",d.neme,d.sex,d.score[0],d.score[1]);

}

程序的运行结果是

则以下选项中可将q 所指节点从链表中删除并释放该节点的语句组是

#include <stdio.h>

#include<string.h>

struct A

{ int a;char b[10];double c;};

void f(struct A t);

main()

{ struct A a={1001,"ZhangDa",1098.0};

f(a);printf("%d,%s,%6.1f\n",a.a,a.b,a.c);

}

void f(struct A t)

{ t.a=1002;

Strcpy(t.b,"ChangRong");

T.c=1202.0;}

程序运行后的输出结果是

Struct workers

{int num;char name[20];char c;

struct

{ int day; int month; int year;} s; };

struct workers w,*pw;

pw=&w;

能给w中year成员赋1980的语句是

#include <stdio.h>

Struct tt

{ int x;struct tt *y;}*p;

Struct tt a[4]={20,a+1,15,a+2,30,a+3,17,a};

Main( )

{ int i;

P=a;

For(i=1;i<=2;i+ +) {printf("%d,",p->x);p=p->y;}

}

程序的运行结果是

#include  <stdio.h>

#include "string.h"

typedef struct{char name[9]; char sex;float score[2];}STU;

void f(STU a)

{

    STU b={"Zhao",'m',85.0,90.0};  int i;

    strcpy(a.name,b.name);

    a.sex=b.sex;

    for(i=0;i<2;i++) a.score[i]=b.score[i];

}

 程序的运行结果是 

struct A { 

int a; char b[10]; 

double c;}; 

void f(struct A t); 

main() { 

struct A a={1001,"ZhangDa",1098.0};

 f(a); 

printf("%d,%s,%6.1f\n", a.a,a.b,a.c); } 

void f(struct A t) {

 t.a=1002; 

strcpy(t.b,"ChangRong");

 t.c=1202.0;} 

程序运行后的输出结果是

struct stu { char *name, gender; int score; }; 

main() { 

struct stu a={NULL, 'm', 290}, b; 

a.name=(char *)malloc(10); 

strcpy(a.name, "Zhao"); 

b = a; b.gender = 'f'; b.score = 350;

strcpy(b.name, "Qian"); 

printf( "%s,%c,%d,", a.name, a.gender, a.score ); 

printf( "%s,%c,%d\n", b.name, b.gender, b.score ); } 

则程序的输出结果是

typedef struct stu { char *name, gender; int score; } STU; 

void f(char *p) { p=(char *)malloc(10); strcpy(p, "Qian"); } 

main() { 

STU a={NULL, 'm', 290}, b; 

a.name=(char *)malloc(10); 

strcpy( a.name, "Zhao" ); 

b = a; f(b.name); 

b.gender = 'f'; b.score = 350; 

printf("%s,%c,%d,", a.name, a.gender, a.score);

printf("%s,%c,%d\n", b.name, b.gender, b.score); } 

则程序的输出结果是

 typedef struct stu { char name[10], gender; int score; } STU; 

void f(STU a, STU b) {

 b = a;

 printf( "%s,%c,%d,", b.name, b.gender, b.score ); }

main() { 

STU a={"Zhao", 'm', 290}, b={"Qian", 'f', 350}; 

f(a,b); 

printf("%s,%c,%d\n", b.name, b.gender, b.score); } 

则程序的输出结果是

typedef struct stu { char name[10], gender; int score; } STU; 

void f( char *p ) { strcpy( p, "Qian" ); }

main() { 

STU a={"Zhao", 'm', 290}, b; 

b=a; f(b.name); 

b.gender = 'f'; b.score = 350; 

printf("%s,%c,%d,", a.name, a.gender, a.score); 

printf("%s,%c,%d\n", b.name, b.gender, b.score); } 

则程序的输出结果是

Struct link{char data; 【 】 } node;
（含图）

Struct st{ int n; struct st *next; };

Struct st a[3]={ 5,&a[1],7,&a[2],9,'\0' }, *p;

P=&a[0];

则以下选项中值为6的表达式是