Best Meeting Point LeetCode Solution

Problem Statement: Best Meeting Point Leetcode Solution says – Given a m x n binary grid grid where each 1 marks the home of one friend, return the minimal total travel distance. The total travel distance is the sum of the distances between the houses of the friends and the meeting point. The distance is calculated using Manhattan Distance, …

Read more

Substring with Concatenation of All Words Leetcode Solution

Problem Statement The Substring with Concatenation of All Words LeetCode Solution – “Substring with Concatenation of All Words” states that given a string s and an array of string words where each word is of the same length. We need to return all starting indices of the substring that is …

Read more

Sliding Window Median Leetcode Solution

Problem Statement The Sliding Window Median LeetCode Solution – “Sliding Window Median” states that given an integer array nums and an integer k, where k is the sliding window size. We need to return the median array of each window of size k. Example: Input: [1,3,-1,-3,5,3,6,7], k = 3 Output: [1.00000,-1.00000,-1.00000,3.00000,5.00000,6.00000] Explanation: Median …

Read more

Subarrays with K Different Integers Leetcode Solution

Problem Statement The Subarrays with K Different Integers LeetCode Solution – “Subarrays with K Different Integers” states that you’re given an integer array nums and an integer k. We need to find a total number of good subarrays of nums. A good array is defined as an array with exactly …

Read more

Merge k Sorted Lists Leetcode Solution

Problem Statement The Merge k Sorted Lists LeetCode Solution – “Merge k Sorted Lists” states that given the array of k linked lists, where each linked list has its values sorted in ascending order. We need to merge all the k-linked lists into one single linked list and return the …

Read more

Maximum Profit in Job Scheduling Leetcode Solution

Problem Statement The Maximum Profit in Job Scheduling LeetCode Solution – “Maximum Profit in Job Scheduling” states that you’re given n jobs where each job starts from startTime[i] and ends at endTime[i] and obtaining the profit of profit[i]. We need to return the maximum profit that we can have such …

Read more

Translate »