Types of Binary Tree [5 types]

[@racshitbhandari1192]

My man said "If you don't like it, then hit the dislike button". Chill it 😂

[@techdose4u]

XD

[@v.s.arifulla]

❤

[@ayushpatel125]

quality content in just 9 min . wow . have no word ❤❤❤❤❤

[@bunnybag]

Thank you sir, was really confused b/w CBT and PBT

[@musnmal]

wow ~.~ :) great!!
According to korea binary tree theory ,
the full binary tree is equivalent to perfect binary tree.....

[@techdose4u]

:D

[@triggered_deep3071]

Best sir ❤ nicely explained

[@techdose4u]

Thanks :)

[@belikelambo9137]

Great explaination. I was not able to understand while reading from so many blogs. Now i could. TnQ. I hid(t) the like button 👍

[@techdose4u]

Thnq :) If you need any topic suggestion then do let me know.

[@belikelambo9137]

@@techdose4u coading interview questions with solutions. Most of the youngsters looking for that.

[@techdose4u]

I am making making coding interview questions as well. I will keep on uploading helpful topics :)

[@fikret8422]

very well explained thanks a lot

[@JamesBrodski]

Great video! Thank you so much.

[@siddharthasharma9316]

Good job friend

[@techdose4u]

Thanks

[@1anu_ra-dha.]

Thankyou so much

[@haqnawaz42721]

Thank you Sir

[@techdose4u]

Welcome

[@midhunrajr372]

Good fast explanation.
Degenerate tree can be said as binary trees?

[@techdose4u]

Although the tree is same as a linked list because of having a single child for each node but still it is categorised under a binary tree with very bad peeformance (like a skew tree) and hence called degenerate or pathological (like a tree with disability or disease :P )

[@kanak328]

Thanks sir

[@GhulamMurtazaDahar]

I wonder why does this video has less views?

[@techdose4u]

Thnq for appreciating Ghulam :) Pls share wd those who need it.

[@GhulamMurtazaDahar]

@@techdose4u keep up the good work. Dont worry about the views or money. Keep doing if it makes you happy.
I have been making educational videos for a year. I don't care about views. It just feels good to do something different.

[@techdose4u]

True :)

[@tbinside8747]

Very good teaching skills i understood it clearly. Plz improve ur presentation skills specially handwriting.

[@techdose4u]

I m working on presentation improvement :)

[@alapanchatterjee8701]

At 4:57 , there is a formula saying "No. of nodes at ht. h = (2^h) - 1"
Can you please prove it with some examples???

[@techdose4u]

You can google the proof. I have taken height/depth starting from 1. Those who take it from 0 will write (h+1) instead of h. I hope you get it.

[@alapanchatterjee8701]

@@techdose4u ,
I was taking from 0, that's why I couldn't understand it.
Thanks a lot 😌

[@mithleshkumarsingh6026]

Total no of nodes in the perfect binary tree of height h =2^h-1
Not no of nodes at height h

[@shuilin1499]

hey, sir , could you turn on the subtitle/cc for us, please?

[@intrepid18]

Sir full binary trees sirf left me hi expand hote h kya

[@AdityaNayak-gx9oc]

What about binary search tree

[@mr_chinna15]

presentation is vvgood improve writting

[@techdose4u]

Thanks. Improved in recent videos.

[@seratbhuiyan5368]

this isnt bst cus left node should be less

[@saumyojitdas4212]

Which of the following is TRUE about binary trees?
The number of nodes on the last level is equal to the sum of the number of nodes on all other levels
.A node may have one child
The total number of nodes is one less than a power of 2
Every node must have 2 children

[@techdose4u]

Please mention what typr of binary tree you are talking about...... The last point is valid for Full Binary Tree.

[@saumyojitdas4212]

@@techdose4u answer is given a node have one child

[@Sxhail07]

Its Children not Childrens*

[@techdose4u]

Thanks :)