Suche senden
Hochladen
Binary tree
•
Als PPTX, PDF herunterladen
•
0 gefällt mir
•
416 views
R
raviahuja11
Folgen
Bildung
Melden
Teilen
Melden
Teilen
1 von 113
Jetzt herunterladen
Empfohlen
Binary Search Tree
Binary Search Tree
raviahuja11
ADA FILE
ADA FILE
Gaurav Singh
DataStructures notes
DataStructures notes
Lakshmi Sarvani Videla
Data Structures Using C Practical File
Data Structures Using C Practical File
Rahul Chugh
Double linked list
Double linked list
raviahuja11
Daa practicals
Daa practicals
Rekha Yadav
Data structure output 1
Data structure output 1
Balaji Thala
Data Structure using C
Data Structure using C
Bilal Mirza
Empfohlen
Binary Search Tree
Binary Search Tree
raviahuja11
ADA FILE
ADA FILE
Gaurav Singh
DataStructures notes
DataStructures notes
Lakshmi Sarvani Videla
Data Structures Using C Practical File
Data Structures Using C Practical File
Rahul Chugh
Double linked list
Double linked list
raviahuja11
Daa practicals
Daa practicals
Rekha Yadav
Data structure output 1
Data structure output 1
Balaji Thala
Data Structure using C
Data Structure using C
Bilal Mirza
Double linked list
Double linked list
Sayantan Sur
Datastructures asignment
Datastructures asignment
sreekanth3dce
C lab manaual
C lab manaual
manoj11manu
Circular linked list
Circular linked list
Sayantan Sur
Cpds lab
Cpds lab
praveennallavelly08
Single linked list
Single linked list
Sayantan Sur
week-16x
week-16x
KITE www.kitecolleges.com
Numerical Methods in C
Numerical Methods in C
Ambili Baby
C Prog. - Strings (Updated)
C Prog. - Strings (Updated)
vinay arora
Pnno
Pnno
shristichaudhary4
All important c programby makhan kumbhkar
All important c programby makhan kumbhkar
sandeep kumbhkar
C basics
C basics
MSc CST
DAA Lab File C Programs
DAA Lab File C Programs
Kandarp Tiwari
C Prog - Array
C Prog - Array
vinay arora
design and analysis of algorithm Lab files
design and analysis of algorithm Lab files
Nitesh Dubey
c-programming-using-pointers
c-programming-using-pointers
Sushil Mishra
C programming array & shorting
C programming array & shorting
argusacademy
C programms
C programms
Mukund Gandrakota
C Prog - Strings
C Prog - Strings
vinay arora
C PROGRAMS
C PROGRAMS
Malikireddy Bramhananda Reddy
Aj old presentation - pssc research-pt_
Aj old presentation - pssc research-pt_
ajackson12
The Paleo Diet
The Paleo Diet
Hopey78
Weitere ähnliche Inhalte
Was ist angesagt?
Double linked list
Double linked list
Sayantan Sur
Datastructures asignment
Datastructures asignment
sreekanth3dce
C lab manaual
C lab manaual
manoj11manu
Circular linked list
Circular linked list
Sayantan Sur
Cpds lab
Cpds lab
praveennallavelly08
Single linked list
Single linked list
Sayantan Sur
week-16x
week-16x
KITE www.kitecolleges.com
Numerical Methods in C
Numerical Methods in C
Ambili Baby
C Prog. - Strings (Updated)
C Prog. - Strings (Updated)
vinay arora
Pnno
Pnno
shristichaudhary4
All important c programby makhan kumbhkar
All important c programby makhan kumbhkar
sandeep kumbhkar
C basics
C basics
MSc CST
DAA Lab File C Programs
DAA Lab File C Programs
Kandarp Tiwari
C Prog - Array
C Prog - Array
vinay arora
design and analysis of algorithm Lab files
design and analysis of algorithm Lab files
Nitesh Dubey
c-programming-using-pointers
c-programming-using-pointers
Sushil Mishra
C programming array & shorting
C programming array & shorting
argusacademy
C programms
C programms
Mukund Gandrakota
C Prog - Strings
C Prog - Strings
vinay arora
C PROGRAMS
C PROGRAMS
Malikireddy Bramhananda Reddy
Was ist angesagt?
(20)
Double linked list
Double linked list
Datastructures asignment
Datastructures asignment
C lab manaual
C lab manaual
Circular linked list
Circular linked list
Cpds lab
Cpds lab
Single linked list
Single linked list
week-16x
week-16x
Numerical Methods in C
Numerical Methods in C
C Prog. - Strings (Updated)
C Prog. - Strings (Updated)
Pnno
Pnno
All important c programby makhan kumbhkar
All important c programby makhan kumbhkar
C basics
C basics
DAA Lab File C Programs
DAA Lab File C Programs
C Prog - Array
C Prog - Array
design and analysis of algorithm Lab files
design and analysis of algorithm Lab files
c-programming-using-pointers
c-programming-using-pointers
C programming array & shorting
C programming array & shorting
C programms
C programms
C Prog - Strings
C Prog - Strings
C PROGRAMS
C PROGRAMS
Andere mochten auch
Aj old presentation - pssc research-pt_
Aj old presentation - pssc research-pt_
ajackson12
The Paleo Diet
The Paleo Diet
Hopey78
SMBtweet
SMBtweet
joshbecerra
How To Listen To Your Customers
How To Listen To Your Customers
CharlesThornhill
Pragmatics
Pragmatics
jesuspickers80
Kevin g nice
Kevin g nice
hflyboykevin
Computer
Computer
IIFP
эта книга посвящается всем женщинам
эта книга посвящается всем женщинам
Елена Семенец
S.B.C Outfitters
S.B.C Outfitters
eperiod
How to make a stuffed frog
How to make a stuffed frog
lyra_sch
Pup
Pup
eperiod
модель
модель
Irina Podolskaya
การจัดการต้รทุน อุตสาหกรรมผลิต
การจัดการต้รทุน อุตสาหกรรมผลิต
Mobile_Clinic
Biofuels: A Guide for Coordinating a Fryer to Fuel Collection Program in Sant...
Biofuels: A Guide for Coordinating a Fryer to Fuel Collection Program in Sant...
ZX7
Impact library adelaide q3 2012
Impact library adelaide q3 2012
Guy Turner
11 project-online20library20management20system-110809063139-phpapp01(2)
11 project-online20library20management20system-110809063139-phpapp01(2)
Roopal Shrivastava
第8章 运行时的存储管理
第8章 运行时的存储管理
tjpucompiler
Photoshoot temporada 3
Photoshoot temporada 3
pll-latam
Far More Could Be Done To Stop The Deadly Bacteria C
Far More Could Be Done To Stop The Deadly Bacteria C
esalozzo
Implementation Of Integrated Project Management And Resource Management System
Implementation Of Integrated Project Management And Resource Management System
kdelcol
Andere mochten auch
(20)
Aj old presentation - pssc research-pt_
Aj old presentation - pssc research-pt_
The Paleo Diet
The Paleo Diet
SMBtweet
SMBtweet
How To Listen To Your Customers
How To Listen To Your Customers
Pragmatics
Pragmatics
Kevin g nice
Kevin g nice
Computer
Computer
эта книга посвящается всем женщинам
эта книга посвящается всем женщинам
S.B.C Outfitters
S.B.C Outfitters
How to make a stuffed frog
How to make a stuffed frog
Pup
Pup
модель
модель
การจัดการต้รทุน อุตสาหกรรมผลิต
การจัดการต้รทุน อุตสาหกรรมผลิต
Biofuels: A Guide for Coordinating a Fryer to Fuel Collection Program in Sant...
Biofuels: A Guide for Coordinating a Fryer to Fuel Collection Program in Sant...
Impact library adelaide q3 2012
Impact library adelaide q3 2012
11 project-online20library20management20system-110809063139-phpapp01(2)
11 project-online20library20management20system-110809063139-phpapp01(2)
第8章 运行时的存储管理
第8章 运行时的存储管理
Photoshoot temporada 3
Photoshoot temporada 3
Far More Could Be Done To Stop The Deadly Bacteria C
Far More Could Be Done To Stop The Deadly Bacteria C
Implementation Of Integrated Project Management And Resource Management System
Implementation Of Integrated Project Management And Resource Management System
Ähnlich wie Binary tree
C program to implement linked list using array abstract data type
C program to implement linked list using array abstract data type
loyola ICAM college of engineering and technology
Solutionsfor co2 C Programs for data structures
Solutionsfor co2 C Programs for data structures
Lakshmi Sarvani Videla
week-14x
week-14x
KITE www.kitecolleges.com
Daapracticals 111105084852-phpapp02
Daapracticals 111105084852-phpapp02
Er Ritu Aggarwal
My C proggram is having trouble in the switch in main. Also the a co.pdf
My C proggram is having trouble in the switch in main. Also the a co.pdf
meerobertsonheyde608
VTU Data Structures Lab Manual
VTU Data Structures Lab Manual
Nithin Kumar,VVCE, Mysuru
Ds
Ds
kooldeep12345
Data Structure in C Programming Language
Data Structure in C Programming Language
Arkadeep Dey
C program
C program
Komal Singh
Basic c programs updated on 31.8.2020
Basic c programs updated on 31.8.2020
vrgokila
Arrays
Arrays
mohamed sikander
week-17x
week-17x
KITE www.kitecolleges.com
week-18x
week-18x
KITE www.kitecolleges.com
One dimensional operation of Array in C- language
One dimensional operation of Array in C- language
9096308941
Ada file
Ada file
Kumar Gaurav
Polynomial addition
Polynomial addition
raviahuja11
Chapter 8 c solution
Chapter 8 c solution
Azhar Javed
SaraPIC
SaraPIC
Sara Sahu
Singly linked list.pptx
Singly linked list.pptx
Santhiya S
Ähnlich wie Binary tree
(19)
C program to implement linked list using array abstract data type
C program to implement linked list using array abstract data type
Solutionsfor co2 C Programs for data structures
Solutionsfor co2 C Programs for data structures
week-14x
week-14x
Daapracticals 111105084852-phpapp02
Daapracticals 111105084852-phpapp02
My C proggram is having trouble in the switch in main. Also the a co.pdf
My C proggram is having trouble in the switch in main. Also the a co.pdf
VTU Data Structures Lab Manual
VTU Data Structures Lab Manual
Ds
Ds
Data Structure in C Programming Language
Data Structure in C Programming Language
C program
C program
Basic c programs updated on 31.8.2020
Basic c programs updated on 31.8.2020
Arrays
Arrays
week-17x
week-17x
week-18x
week-18x
One dimensional operation of Array in C- language
One dimensional operation of Array in C- language
Ada file
Ada file
Polynomial addition
Polynomial addition
Chapter 8 c solution
Chapter 8 c solution
SaraPIC
SaraPIC
Singly linked list.pptx
Singly linked list.pptx
Kürzlich hochgeladen
Basic Civil Engineering first year Notes- Chapter 4 Building.pptx
Basic Civil Engineering first year Notes- Chapter 4 Building.pptx
Denish Jangid
ICT Role in 21st Century Education & its Challenges.pptx
ICT Role in 21st Century Education & its Challenges.pptx
AreebaZafar22
General Principles of Intellectual Property: Concepts of Intellectual Proper...
General Principles of Intellectual Property: Concepts of Intellectual Proper...
Poonam Aher Patil
Mehran University Newsletter Vol-X, Issue-I, 2024
Mehran University Newsletter Vol-X, Issue-I, 2024
Mehran University of Engineering & Technology, Jamshoro
Unit-V; Pricing (Pharma Marketing Management).pptx
Unit-V; Pricing (Pharma Marketing Management).pptx
VishalSingh1417
2024-NATIONAL-LEARNING-CAMP-AND-OTHER.pptx
2024-NATIONAL-LEARNING-CAMP-AND-OTHER.pptx
MaritesTamaniVerdade
Beyond_Borders_Understanding_Anime_and_Manga_Fandom_A_Comprehensive_Audience_...
Beyond_Borders_Understanding_Anime_and_Manga_Fandom_A_Comprehensive_Audience_...
Pooja Bhuva
This PowerPoint helps students to consider the concept of infinity.
This PowerPoint helps students to consider the concept of infinity.
christianmathematics
Sensory_Experience_and_Emotional_Resonance_in_Gabriel_Okaras_The_Piano_and_Th...
Sensory_Experience_and_Emotional_Resonance_in_Gabriel_Okaras_The_Piano_and_Th...
Pooja Bhuva
FSB Advising Checklist - Orientation 2024
FSB Advising Checklist - Orientation 2024
Elizabeth Walsh
Application orientated numerical on hev.ppt
Application orientated numerical on hev.ppt
RamjanShidvankar
Sociology 101 Demonstration of Learning Exhibit
Sociology 101 Demonstration of Learning Exhibit
jbellavia9
ICT role in 21st century education and it's challenges.
ICT role in 21st century education and it's challenges.
MaryamAhmad92
How to Give a Domain for a Field in Odoo 17
How to Give a Domain for a Field in Odoo 17
Celine George
How to setup Pycharm environment for Odoo 17.pptx
How to setup Pycharm environment for Odoo 17.pptx
Celine George
Introduction to Nonprofit Accounting: The Basics
Introduction to Nonprofit Accounting: The Basics
TechSoup
Holdier Curriculum Vitae (April 2024).pdf
Holdier Curriculum Vitae (April 2024).pdf
agholdier
REMIFENTANIL: An Ultra short acting opioid.pptx
REMIFENTANIL: An Ultra short acting opioid.pptx
Dr. Ravikiran H M Gowda
Kodo Millet PPT made by Ghanshyam bairwa college of Agriculture kumher bhara...
Kodo Millet PPT made by Ghanshyam bairwa college of Agriculture kumher bhara...
pradhanghanshyam7136
Interdisciplinary_Insights_Data_Collection_Methods.pptx
Interdisciplinary_Insights_Data_Collection_Methods.pptx
Pooja Bhuva
Kürzlich hochgeladen
(20)
Basic Civil Engineering first year Notes- Chapter 4 Building.pptx
Basic Civil Engineering first year Notes- Chapter 4 Building.pptx
ICT Role in 21st Century Education & its Challenges.pptx
ICT Role in 21st Century Education & its Challenges.pptx
General Principles of Intellectual Property: Concepts of Intellectual Proper...
General Principles of Intellectual Property: Concepts of Intellectual Proper...
Mehran University Newsletter Vol-X, Issue-I, 2024
Mehran University Newsletter Vol-X, Issue-I, 2024
Unit-V; Pricing (Pharma Marketing Management).pptx
Unit-V; Pricing (Pharma Marketing Management).pptx
2024-NATIONAL-LEARNING-CAMP-AND-OTHER.pptx
2024-NATIONAL-LEARNING-CAMP-AND-OTHER.pptx
Beyond_Borders_Understanding_Anime_and_Manga_Fandom_A_Comprehensive_Audience_...
Beyond_Borders_Understanding_Anime_and_Manga_Fandom_A_Comprehensive_Audience_...
This PowerPoint helps students to consider the concept of infinity.
This PowerPoint helps students to consider the concept of infinity.
Sensory_Experience_and_Emotional_Resonance_in_Gabriel_Okaras_The_Piano_and_Th...
Sensory_Experience_and_Emotional_Resonance_in_Gabriel_Okaras_The_Piano_and_Th...
FSB Advising Checklist - Orientation 2024
FSB Advising Checklist - Orientation 2024
Application orientated numerical on hev.ppt
Application orientated numerical on hev.ppt
Sociology 101 Demonstration of Learning Exhibit
Sociology 101 Demonstration of Learning Exhibit
ICT role in 21st century education and it's challenges.
ICT role in 21st century education and it's challenges.
How to Give a Domain for a Field in Odoo 17
How to Give a Domain for a Field in Odoo 17
How to setup Pycharm environment for Odoo 17.pptx
How to setup Pycharm environment for Odoo 17.pptx
Introduction to Nonprofit Accounting: The Basics
Introduction to Nonprofit Accounting: The Basics
Holdier Curriculum Vitae (April 2024).pdf
Holdier Curriculum Vitae (April 2024).pdf
REMIFENTANIL: An Ultra short acting opioid.pptx
REMIFENTANIL: An Ultra short acting opioid.pptx
Kodo Millet PPT made by Ghanshyam bairwa college of Agriculture kumher bhara...
Kodo Millet PPT made by Ghanshyam bairwa college of Agriculture kumher bhara...
Interdisciplinary_Insights_Data_Collection_Methods.pptx
Interdisciplinary_Insights_Data_Collection_Methods.pptx
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
Jetzt herunterladen