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Binary tree
1.
2.
#include<stdio.h>
printf("n***MENU***"); #include<conio.h> printf("n1.CREATEn2.PRE-ORDER"); #include<alloc.h> printf("n3.IN-ORDERn4.POST- void create(struct node *); ORDERn5.EXIT"); void in_order(); printf("nPLease Enter the Choice..."); void pre_order(); scanf("%d",&ch); void post_order(); switch(ch) struct node { { case 1:root=NULL; int data; create(root);break; struct node *left,*right; case 2:pre_order();break; }*root=NULL,*New,*temp,*p,*stack[20]; case 3:in_order();break; int top=-1,flag[20],item; case 4:post_order();break; char c; case 5:exit(0); default: printf("nInvalid choice..."); void main() } { }while(ch!=5); int ch,e; getch(); clrscr(); } do {
3.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL)//Is It first node? if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ",t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("nDo you want add Another(y/n)..."); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); } } } } else { New=(struct node *) malloc (sizeof (struct node));
4.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL)//Is It first node? if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ",t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("nDo you want add Another(y/n)..."); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); } } } } else { New=(struct node *) malloc (sizeof (struct node));
5.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL)//Is It first node? if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ",t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("nDo you want add Another(y/n)..."); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); New } } } } else { New=(struct node *) malloc (sizeof (struct node));
6.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); 100 struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ",t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("nDo you want add Another(y/n)..."); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 New } } } } else { New=(struct node *) malloc (sizeof (struct node));
7.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ",t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("nDo you want add Another(y/n)..."); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 New } } } } else { New=(struct node *) malloc (sizeof (struct node));
8.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ",t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("nDo you want add Another(y/n)..."); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 New } } root } } else { New=(struct node *) malloc (sizeof (struct node));
9.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ",t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); y { if(ch=='y') s=t; create(t->right); create(root); 100 New } } root } } else { New=(struct node *) malloc (sizeof (struct node));
10.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ",t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 New } } root } } else { New=(struct node *) malloc (sizeof (struct node));
11.
void create(struct node
*t) t = 100 New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ",t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } } } else { New=(struct node *) malloc (sizeof (struct node));
12.
void create(struct node
*t) t = 100 New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ",t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } } } else { New=(struct node *) malloc (sizeof (struct node));
13.
void create(struct node
*t) t = 100 New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ",t->data); if(c=='l' || c=='L‘) scanf("%c",&c); l s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } } } else { New=(struct node *) malloc (sizeof (struct node));
14.
void create(struct node
*t) t = 100 New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } } } else { New=(struct node *) malloc (sizeof (struct node));
15.
void create(struct node
*t) t = 100 New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } s } } else { New=(struct node *) malloc (sizeof (struct node));
16.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } s } } else { New=(struct node *) malloc (sizeof (struct node));
17.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } s } } else { New=(struct node *) malloc (sizeof (struct node));
18.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); 50 struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } s } } else 50 New { New=(struct node *) malloc (sizeof (struct node));
19.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } s } } else 50 New { New=(struct node *) malloc (sizeof (struct node));
20.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } s } } else 50 New { New=(struct node *) malloc (sizeof (struct node));
21.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } s } } else 50 New { New=(struct node *) malloc (sizeof (struct node));
22.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); y { if(ch=='y') s=t; create(t->right); create(root); 100 root } } } } else 50 { New=(struct node *) malloc (sizeof (struct node));
23.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } } } else 50 { New=(struct node *) malloc (sizeof (struct node));
24.
void create(struct node
*t) t = 100 New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } } } else 50 { New=(struct node *) malloc (sizeof (struct node));
25.
void create(struct node
*t) t = 100 New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } } } else 50 { New=(struct node *) malloc (sizeof (struct node));
26.
void create(struct node
*t) t = 100 New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); r s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } } } else 50 { New=(struct node *) malloc (sizeof (struct node));
27.
void create(struct node
*t) t = 100 New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } } } else 50 { New=(struct node *) malloc (sizeof (struct node));
28.
void create(struct node
*t) t = 100 New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } s } } else 50 { New=(struct node *) malloc (sizeof (struct node));
29.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } s } } else 50 { New=(struct node *) malloc (sizeof (struct node));
30.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } s } } else 50 { New=(struct node *) malloc (sizeof (struct node));
31.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); 60 struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } s } } else 50 60 New { New=(struct node *) malloc (sizeof (struct node));
32.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } s } } else 50 60 New { New=(struct node *) malloc (sizeof (struct node));
33.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } s } } else 50 60 New { New=(struct node *) malloc (sizeof (struct node));
34.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } s } } else 50 60 New { New=(struct node *) malloc (sizeof (struct node));
35.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); n { if(ch=='y') s=t; create(t->right); create(root); 100 root } } s } } else 50 60 New { New=(struct node *) malloc (sizeof (struct node));
36.
void create(struct node
*t) t = NULL New->left=New->right=NULL; { printf("nEnter the Element..."); char ch; scanf("%d",&New->data); struct node *s; if(root==NULL) if(t!=NULL) root=New; { else printf("nWhether you want to insert at { Left or Rigth( L/R) of %d ", t->data); if(c=='l' || c=='L‘) scanf("%c",&c); s->left=New; if(c=='l'|| c=='L‘) else { s->right=New; s=t; create(t->left); } } printf("Do you want add Another (y/n)"); else scanf("%c",&ch); { if(ch=='y') s=t; create(t->right); create(root); 100 root } } } } else 50 60 { New=(struct node *) malloc (sizeof (struct node));
37.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 do { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } 1 if(top!=0) 0 { top = -1 finish = 0 p=stack[top]; top--;
38.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p p=root; printf("nInorder Traversal is...n"); 50 60 do { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } 1 if(top!=0) top 0 NULL { finish = 0 p=stack[top]; top--;
39.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p p=root; printf("nInorder Traversal is...n"); 50 60 do { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } 1 if(top!=0) top0 NULL { finish = 0 p=stack[top]; top--;
40.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); p 50 60 do { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } top1 100 if(top!=0) 0 NULL { finish = 0 p=stack[top]; top--;
41.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); p 50 60 do { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } top1 100 if(top!=0) 0 NULL { p=stack[top]; finish = 0 top--;
42.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 do p NULL { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; top2 50 } 1 100 if(top!=0) 0 NULL { finish = 0 p=stack[top]; top--;
43.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 do p NULL { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; top2 50 } 1 100 if(top!=0) 0 NULL { finish = 0 p=stack[top]; top--;
44.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 do p NULL { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; top2 50 } 1 100 if(top!=0) 0 NULL { finish = 0 p=stack[top]; top--;
45.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); p 50 60 do { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } top1 100 if(top!=0) 0 NULL { finish = 0 p=stack[top]; top--;
46.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 do p NULL { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } top1 100 if(top!=0) 0 NULL { finish = 0 p=stack[top]; 50 100 top--;
47.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 do p NULL { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } top1 100 if(top!=0) 0 NULL { finish = 0 p=stack[top]; 50 100 top--;
48.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 do p NULL { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } top1 100 if(top!=0) 0 NULL { finish = 0 p=stack[top]; 50 100 top--;
49.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 do p NULL { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } top1 100 if(top!=0) 0 NULL { finish = 0 p=stack[top]; 50 100 top--;
50.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p p=root; printf("nInorder Traversal is...n"); 50 60 do { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } 1 if(top!=0) top0 NULL { finish = 0 p=stack[top]; 50 100 top--;
51.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 p do { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } 1 if(top!=0) top0 NULL { finish = 0 p=stack[top]; 50 100 top--;
52.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 p do { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } 1 if(top!=0) top0 NULL { finish = 0 p=stack[top]; 50 100 top--;
53.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 p do { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } 1 if(top!=0) top0 NULL { finish = 0 p=stack[top]; 50 100 top--;
54.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 do p NULL { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } top1 60 if(top!=0) 0 NULL { finish = 0 p=stack[top]; 50 100 top--;
55.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 do p NULL { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } top1 60 if(top!=0) 0 NULL { finish = 0 p=stack[top]; 50 100 top--;
56.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 do p NULL { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } top1 60 if(top!=0) 0 NULL { finish = 0 p=stack[top]; 50 100 top--;
57.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 p do { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } 1 if(top!=0) top0 NULL { finish = 0 p=stack[top]; 50 100 top--;
58.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 do p NULL { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } 1 if(top!=0) top0 NULL { finish = 0 p=stack[top]; 50 100 60 top--;
59.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 do p NULL { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } 1 if(top!=0) top0 NULL { finish = 0 p=stack[top]; 50 100 60 top--;
60.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 do p NULL { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } 1 if(top!=0) top0 NULL { finish = 0 p=stack[top]; 50 100 60 top--;
61.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 do p NULL { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } 1 if(top!=0) top0 NULL { finish = 0 p=stack[top]; 50 100 60 top--;
62.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 do p NULL { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } 1 if(top!=0) top0 NULL { finish = 1 p=stack[top]; 50 100 60 top--;
63.
void in_order()
printf("%d ",p->data); { p=p->right; int finish=0; } if(root==NULL) else { finish=1; printf("nTree is Empty...");return; }while(finish==0); } } 100 root stack[++top]=NULL; p=root; printf("nInorder Traversal is...n"); 50 60 do p NULL { while(p!=NULL) { 4 stack[++top]=p; 3 p=p->left; 2 } 1 if(top!=0) top0 NULL { finish = 1 p=stack[top]; 50 100 60 top--;
64.
void pre_order() {
if(root==NULL) { printf("nTree is Empty..."); return; } 100 root stack[++top]=NULL; p=root; printf("nPreorder Traversal is...n"); 50 60 while(p!=NULL) { printf("%d ",p->data); if(p->right!=NULL) 4 stack[++top]=p->right; 3 if(p->left!=NULL) 2 p=p->left; 1 else 0 p=stack[top--]; top = -1 finish = 0 } }
65.
void pre_order() {
if(root==NULL) { printf("nTree is Empty..."); return; } 100 root stack[++top]=NULL; p p=root; printf("nPreorder Traversal is...n"); 50 60 while(p!=NULL) { printf("%d ",p->data); if(p->right!=NULL) 4 stack[++top]=p->right; 3 if(p->left!=NULL) 2 p=p->left; 1 else top0 NULL p=stack[top--]; } }
66.
void pre_order() {
if(root==NULL) { printf("nTree is Empty..."); return; } 100 root stack[++top]=NULL; p p=root; printf("nPreorder Traversal is...n"); 50 60 while(p!=NULL) { printf("%d ",p->data); if(p->right!=NULL) 4 stack[++top]=p->right; 3 if(p->left!=NULL) 2 p=p->left; 1 else top0 NULL p=stack[top--]; } }
67.
void pre_order() {
if(root==NULL) { printf("nTree is Empty..."); return; } 100 root stack[++top]=NULL; p p=root; printf("nPreorder Traversal is...n"); 50 60 while(p!=NULL) { printf("%d ",p->data); if(p->right!=NULL) 4 stack[++top]=p->right; 3 if(p->left!=NULL) 2 p=p->left; 1 else top0 NULL p=stack[top--]; } 100 }
68.
void pre_order() {
if(root==NULL) { printf("nTree is Empty..."); return; } 100 root stack[++top]=NULL; p p=root; printf("nPreorder Traversal is...n"); 50 60 while(p!=NULL) { printf("%d ",p->data); if(p->right!=NULL) 4 stack[++top]=p->right; 3 if(p->left!=NULL) 2 p=p->left; 1 else top0 NULL p=stack[top--]; } 100 }
69.
void pre_order() {
if(root==NULL) { printf("nTree is Empty..."); return; } 100 root stack[++top]=NULL; p p=root; printf("nPreorder Traversal is...n"); 50 60 while(p!=NULL) { printf("%d ",p->data); if(p->right!=NULL) 4 stack[++top]=p->right; 3 if(p->left!=NULL) 2 p=p->left; top1 60 else 0 NULL p=stack[top--]; } 100 }
70.
void pre_order() {
if(root==NULL) { printf("nTree is Empty..."); return; } 100 root stack[++top]=NULL; p p=root; printf("nPreorder Traversal is...n"); 50 60 while(p!=NULL) { printf("%d ",p->data); if(p->right!=NULL) 4 stack[++top]=p->right; 3 if(p->left!=NULL) 2 p=p->left; top1 60 else 0 NULL p=stack[top--]; } 100 }
71.
void pre_order() {
if(root==NULL) { printf("nTree is Empty..."); return; } 100 root stack[++top]=NULL; p=root; printf("nPreorder Traversal is...n"); p 50 60 while(p!=NULL) { printf("%d ",p->data); if(p->right!=NULL) 4 stack[++top]=p->right; 3 if(p->left!=NULL) 2 p=p->left; top1 60 else 0 NULL p=stack[top--]; } 100 }
72.
void pre_order() {
if(root==NULL) { printf("nTree is Empty..."); return; } 100 root stack[++top]=NULL; p=root; printf("nPreorder Traversal is...n"); p 50 60 while(p!=NULL) { printf("%d ",p->data); if(p->right!=NULL) 4 stack[++top]=p->right; 3 if(p->left!=NULL) 2 p=p->left; top1 60 else 0 NULL p=stack[top--]; } 100 }
73.
void pre_order() {
if(root==NULL) { printf("nTree is Empty..."); return; } 100 root stack[++top]=NULL; p=root; printf("nPreorder Traversal is...n"); p 50 60 while(p!=NULL) { printf("%d ",p->data); if(p->right!=NULL) 4 stack[++top]=p->right; 3 if(p->left!=NULL) 2 p=p->left; top1 60 else 0 NULL p=stack[top--]; } 100 50 }
74.
void pre_order() {
if(root==NULL) { printf("nTree is Empty..."); return; } 100 root stack[++top]=NULL; p=root; printf("nPreorder Traversal is...n"); p 50 60 while(p!=NULL) { printf("%d ",p->data); if(p->right!=NULL) 4 stack[++top]=p->right; 3 if(p->left!=NULL) 2 p=p->left; top1 60 else 0 NULL p=stack[top--]; } 100 50 }
75.
void pre_order() {
if(root==NULL) { printf("nTree is Empty..."); return; } 100 root stack[++top]=NULL; p=root; printf("nPreorder Traversal is...n"); 50 60 p while(p!=NULL) { printf("%d ",p->data); if(p->right!=NULL) 4 stack[++top]=p->right; 3 if(p->left!=NULL) 2 p=p->left; 1 else top0 NULL p=stack[top--]; } 100 50 }
76.
void pre_order() {
if(root==NULL) { printf("nTree is Empty..."); return; } 100 root stack[++top]=NULL; p=root; printf("nPreorder Traversal is...n"); 50 60 p while(p!=NULL) { printf("%d ",p->data); if(p->right!=NULL) 4 stack[++top]=p->right; 3 if(p->left!=NULL) 2 p=p->left; 1 else top0 NULL p=stack[top--]; } 100 50 }
77.
void pre_order() {
if(root==NULL) { printf("nTree is Empty..."); return; } 100 root stack[++top]=NULL; p=root; printf("nPreorder Traversal is...n"); 50 60 p while(p!=NULL) { printf("%d ",p->data); if(p->right!=NULL) 4 stack[++top]=p->right; 3 if(p->left!=NULL) 2 p=p->left; 1 else top0 NULL p=stack[top--]; } 100 50 60 }
78.
void pre_order() {
if(root==NULL) { printf("nTree is Empty..."); return; } 100 root stack[++top]=NULL; p=root; printf("nPreorder Traversal is...n"); 50 60 p while(p!=NULL) { printf("%d ",p->data); if(p->right!=NULL) 4 stack[++top]=p->right; 3 if(p->left!=NULL) 2 p=p->left; 1 else top0 NULL p=stack[top--]; } 100 50 60 }
79.
void pre_order() {
if(root==NULL) { printf("nTree is Empty..."); return; } 100 root stack[++top]=NULL; p=root; printf("nPreorder Traversal is...n"); 50 60 while(p!=NULL) p NULL { printf("%d ",p->data); if(p->right!=NULL) 4 stack[++top]=p->right; 3 if(p->left!=NULL) 2 p=p->left; 1 else 0 p=stack[top--]; top = -1 } 100 50 60 }
80.
void pre_order() {
if(root==NULL) { printf("nTree is Empty..."); return; } 100 root stack[++top]=NULL; p=root; printf("nPreorder Traversal is...n"); 50 60 while(p!=NULL) p NULL { printf("%d ",p->data); if(p->right!=NULL) 4 stack[++top]=p->right; 3 if(p->left!=NULL) 2 p=p->left; 1 else 0 p=stack[top--]; top = -1 } 100 50 60 }
81.
void post_order() {
int f; if(root==NULL) { printf("nTree is Empty..."); return; 100 root } stack[++top]=NULL; 50 60 p=root; printf("nPostorder Traversal is...n"); 4 4 3 3 2 2 1 1 0 0 top = -1
82.
void post_order() {
int f; if(root==NULL) { printf("nTree is Empty..."); return; 100 root } p stack[++top]=NULL; 50 60 p=root; printf("nPostorder Traversal is...n"); 4 4 3 3 2 2 1 1 0 top 0 NULL
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