leetcode 2493 Divide Nodes Into the Maximum Number of Groups
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- čas přidán 28. 07. 2024
- Attention all problem solvers! Are you ready for a challenge? Leetcode's Weekly Contest 322 is here and it's time to put your skills to the test. The problem: "2493 Divide Nodes Into the Maximum Number of Groups." Sound daunting? Don't worry, we've got you covered with this editorial.
With its tricky twists and turns, this problem is sure to keep you on your toes. But with a little bit of strategy and a lot of determination, you can solve it and come out on top. So why wait? Dive in and start tackling this problem today! You never know, you might just discover a new way to conquer it.
Problem Link: leetcode.com/problems/divide-...
Code Link: ideone.com/uQnQpn
00:00 Understanding problem statement
01:57 Approach
13:20 Summarizing Approach
14:47 Code
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perfect way to explain this solution.
great explanation, thanks!
Nicely explained, specially steps mentioned at last to solve this problem.
best explanation... ever
You are a really talented teacher, very clear explanation, bravo
from this video I got to know i can check for odd length cycle using bipartite code !! Thanks !!
This is a very good explanation, because usually people just tell the solution, but you walked us through the thought process that led to it, I am thankful for the insightful content, pls keep posting. Even if you are not getting views right now - i am sure ppl in need of good content will find this channel, good luck!
excellent explanation
Thanks bro
wonderful,please teach sir in regular class
nicely explained
you had the teaching skill in you !
Great video bhaiya, extremely helpful
Good buddy keep it up
@15.57 , should it not be max of shortest distance to the farthest node for each connected component?
How is dfs function returning us the maximum number of groups?
We are using DFS to iterate over all the nodes in a connected component and to track the maximum value of the shortest path for the farthest node. We can iterate using BFS also.
@@ProgrammingPathshala Yes actually I was confused because in the video you had iterated through BFS. Anyways thanks!!
How is number of nodes from node 7 5 at time 11:11? I thought from node 7, we can get to node 1 by wrapping around. 7 -> 6 -> 3 -> 5 -> 4 -> 2 -> 1
We are calculating the shortest distance to the farthest node.
@@ProgrammingPathshala oh yes!! I totally missed this part. Thanks for clarifying
I didn't really get why you are using the dfs function...please let me know if anyone has implemented this psedudocode in actual code
ideone.com/uQnQpn
Hopefully, this should help.