Anaylyze following solution ( and fill in boxes, A-I ) thanks. Data structures a

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Anaylyze following solution ( and fill in boxes, A-I ) thanks.

Data structures algorithms c++

LAB ASSIGNMENT struct node int data struct node* left struct node right struct node NewNode( int data) struct node node new(struct node "new" is like malloc node data data node left NULL node- right NULL return (node); Estatic int lookup(struct node* node, int target) E 1. Base case empty tree in that case, the target is not found so return false if (node NULL) f return(false); else 2. see if found here if (target node- data) return(true); else 3. otherwise recur down the correct subtree if (target k node- data) return(lookup(node- left, target)); else return(lookup node- right target)); struct node insert(struct node" node, int data) 1. If the tree is empty, return a new, single node if (node NULL) te return (NewNode(data)); else 2. Otherwise, recur down the tree if (data node- data) node- left insert (node- left, data else node-right insert ight. data) return (node); return the (unchanged) node pointer

Explanation / Answer

A

Create a struct name as Node

Contain integer data

Contain left and right

B

Create a new node

Node data is data

Node left is NULL

Node right is NULL

C

This method search particular target element present or not in binary tree

If node ==NULL return false

Else

If target element ==node data return true

Else

If target element less then node data call same method in node left

Else

If target element greater then node data call same method in node right

D

This method insert new node in binary tree

If node ==null then return

Else

If data is less then node data

   then call node left is insert(node->left,data)

     else

call node right is insert(node->right,data)

E

Create a root node whose data is 2

Create a lchild node whose data is 1

Create a rchild node whose data is 3

Root left node is lchild

Root right node is rchild

F

Create a root node whose data is 2

Root, left node contain data 1

Root, right node contain data 3

G

Create a node root as NULL

Insert 2 in root

Insert 1 in root

Insert 3 in root

H

It compute number of node in binary tree

Call size method

If node == NULL then return 0

Else

Call same method

I

This will print binary tree

If node ==NULL return

Else

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If you have any query, please feel free to ask.

Thanks a lot.

A

Create a struct name as Node

Contain integer data

Contain left and right

B

Create a new node

Node data is data

Node left is NULL

Node right is NULL

C

This method search particular target element present or not in binary tree

If node ==NULL return false

Else

If target element ==node data return true

Else

If target element less then node data call same method in node left

Else

If target element greater then node data call same method in node right

D

This method insert new node in binary tree

If node ==null then return

Else

If data is less then node data

   then call node left is insert(node->left,data)

     else

call node right is insert(node->right,data)

E

Create a root node whose data is 2

Create a lchild node whose data is 1

Create a rchild node whose data is 3

Root left node is lchild

Root right node is rchild

F

Create a root node whose data is 2

Root, left node contain data 1

Root, right node contain data 3

G

Create a node root as NULL

Insert 2 in root

Insert 1 in root

Insert 3 in root

H

It compute number of node in binary tree

Call size method

If node == NULL then return 0

Else

Call same method

I

This will print binary tree

If node ==NULL return

Else

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