GitHub - saidrishya/geeksforgeeks-solutions: programs from geeksforgeeks sudoplacement course. The language used is c++. For every problem, the problem statement with input and expected output has been provided, except for some where the driver code was already provided in the editor

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programs from geeksforgeeks sudoplacement course. The language used is c++. For every problem, the problem statement with input and expected output has been provided, except for some where the driver code was already provided in the editor

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find the closest pair given from two arrays#include <bits		find the closest pair given from two arrays#include <bits
Check if a number is power of another number		Check if a number is power of another number
Check if array contains contiguous integers with duplicates allowed		Check if array contains contiguous integers with duplicates allowed
Check if edit distance between two strings is one		Check if edit distance between two strings is one
Chocolate Distribution Problem		Chocolate Distribution Problem
Find sum of different corresponding bits for all pairs		Find sum of different corresponding bits for all pairs
Find the fine		Find the fine
Given an unsigned integer N. The task is to swap all odd bits with even bits. For example, if the given number is 23 (00010111), it should be converted to 43(00101011). Here, every even position bit is swapped with adjacent bit on right side(even position bits are highlighted in binary representation of 23), and every odd position bit is swapped with adjacent on left side. Input: The first line of input contains T, denoting the number of testcases. Each testcase contains single line. Output: For each testcase in new line, print the converted number. Constraints: 1 ≤ T ≤ 100 1 ≤ N ≤ 100 Example: Input: 2 23 2 Output: 43 1 Explanation: Testcase 1: BInary representation of the given number; 00010111 after swapping 00101011.		Given an unsigned integer N. The task is to swap all odd bits with even bits. For example, if the given number is 23 (00010111), it should be converted to 43(00101011). Here, every even position bit is swapped with adjacent bit on right side(even position bits are highlighted in binary representation of 23), and every odd position bit is swapped with adjacent on left side. Input: The first line of input contains T, denoting the number of testcases. Each testcase contains single line. Output: For each testcase in new line, print the converted number. Constraints: 1 ≤ T ≤ 100 1 ≤ N ≤ 100 Example: Input: 2 23 2 Output: 43 1 Explanation: Testcase 1: BInary representation of the given number; 00010111 after swapping 00101011.
Immediate Smaller Element		Immediate Smaller Element
Intersection point in y shaped linked lists		Intersection point in y shaped linked lists
Number Of Open Doors		Number Of Open Doors
Print Bracket Number		Print Bracket Number
Print an array in Pendulum Arrangement		Print an array in Pendulum Arrangement
Reverse Array in groups		Reverse Array in groups
Sum of f(a[i], a[j]) over all pairs in an array of n integers		Sum of f(a[i], a[j]) over all pairs in an array of n integers
Type of array		Type of array
absolute difference of 1		absolute difference of 1
alone in a couple		alone in a couple
anagram		anagram
ancestors in a binary tree		ancestors in a binary tree
array in zig-zag fashion		array in zig-zag fashion
array pair divisibility problem		array pair divisibility problem
array subset of another array		array subset of another array
array to bst		array to bst
arya's long string		arya's long string
bfs		bfs
binary heap opereations		binary heap opereations
binary representation of a number		binary representation of a number
binary string		binary string
bleak numbers		bleak numbers
bottom view of a binary tree		bottom view of a binary tree
boundary traversal of binary tree		boundary traversal of binary tree
celebrity problem		celebrity problem
check if a binary tree is a full binary tree or not		check if a binary tree is a full binary tree or not
check if a number is fibonacci		check if a number is fibonacci
check if a string is isogram or not		check if a string is isogram or not
check if binary tree is balanced or not		check if binary tree is balanced or not
check if integer is power of 8 or not		check if integer is power of 8 or not
check if linked list is palindrome		check if linked list is palindrome
check if string is rotated by two places		check if string is rotated by two places
check if subtree		check if subtree
check if tree is isomorphic		check if tree is isomorphic
check if two arrays are equal or not		check if two arrays are equal or not
check if two strings are rotation of each other or not		check if two strings are rotation of each other or not
check mirror in n-ary tree		check mirror in n-ary tree
check whether kth bit is set bit or not		check whether kth bit is set bit or not
children parent sum		children parent sum
chinky and diamonds		chinky and diamonds
circular linked list traversal		circular linked list traversal
connect nodes at same level		connect nodes at same level
consecutive ones not allowed		consecutive ones not allowed
construct binary tree from the parent tree		construct binary tree from the parent tree
construct expression tree		construct expression tree
construct tree from inorder and preorder		construct tree from inorder and preorder
count bst nodes that lie in a given range		count bst nodes that lie in a given range
count distinct pairs with difference of k		count distinct pairs with difference of k
count elements		count elements
count leaf nodes non-recursive		count leaf nodes non-recursive
count leaf nodes recursive		count leaf nodes recursive
count total set bits		count total set bits
counting number of subtrees with given sum		counting number of subtrees with given sum
decimal equivalent of binary linked list		decimal equivalent of binary linked list
delete alternate nodes in linked list		delete alternate nodes in linked list
delete middle element of linked list		delete middle element of linked list
delete node in doubly linked list		delete node in doubly linked list
deletion in binary tree		deletion in binary tree
determine if two trees are identical		determine if two trees are identical
dfs		dfs
diagonal sum in binary tree		diagonal sum in binary tree
diagonal traversal of binary tree		diagonal traversal of binary tree
diameter of binary tree		diameter of binary tree
does array represent heap		does array represent heap
element with left side smaller and right side greater		element with left side smaller and right side greater
elements in the rage		elements in the rage
even fibonacci numbers sum		even fibonacci numbers sum
excel sheet part i		excel sheet part i
excel sheet part ii		excel sheet part ii
expression tree		expression tree
factorials of large numbers		factorials of large numbers
find all four sum numbers		find all four sum numbers
find common elements		find common elements
find duplicates in array		find duplicates in array
find element in sorted array whose frequency is >= half of n		find element in sorted array whose frequency is >= half of n
find element that appears once in sorted array		find element that appears once in sorted array
find first set bit		find first set bit
find fractional node		find fractional node
find height of binary tree given parent array		find height of binary tree given parent array
find height of binary tree non-recursive		find height of binary tree non-recursive
find height of generic tree represented by parent array		find height of generic tree represented by parent array
find k elements that are most frequent		find k elements that are most frequent
find middle element in linked list		find middle element in linked list
find missing and repeating		find missing and repeating
find most frequent element in array		find most frequent element in array
find smallest and second smallest element in array		find smallest and second smallest element in array
find sum of last n nodes in linked list		find sum of last n nodes in linked list
find the closest pair from two arrays		find the closest pair from two arrays
find the length of loop		find the length of loop
find the odd occurence		find the odd occurence
find triplets with sum 0		find triplets with sum 0
finding the numbers		finding the numbers