1. A star Search Algorithm to Move from start state to final state 8 Puzzle Problem by Dr. Mahesh H

1. A star Search Algorithm to Move from the start state to final state 8 Puzzle Problem by Dr. Mahesh Huddar
1. Solved Example: • 1. A star Search Algor...
2. Solved Example: • 2. A* star Search Algo...
3. Solved Example: • 3. A star Search Algor...
The following concepts are discussed:
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[@arsalannikzad9404]

India's teachers always are the best

[@MaheshHuddar]

Thank you
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[@joemoose653]

I'm a foreign student. I think Indian teachers' teaching skills are really the best in the world. Thank you so much.

[@MaheshHuddar]

Welcome
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[@oluwasakinoluwadunsin1665]

Thanks so much , I appreciate how well you make it understandable without skipping any steps ....God bless you , much love ❤️ from Nigeria 🇳🇬🇳🇬

[@emmanueloluwanifise2343]

Weldone sakin

[@ImSendingXOXO]

Thank you for this video! It helped me a lot in understanding the A* search!

[@MaheshHuddar]

Welcome
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[@ashmitamohanty8259]

Thanks a lot Sir, you really make these concept so clear, really appreciate your Knowledge Sir. All the very Best

[@MaheshHuddar]

Welcome
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[@sanchitatah]

Thank you for clear the concept 😌

[@MaheshHuddar]

Welcome
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[@fawadeakshay4567]

This video is very helpful for me..... Thank You very much sir!!!!

[@MaheshHuddar]

Welcome
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[@okyanawangramadhana4879]

THANKS A LOT SIR!

[@MaheshHuddar]

Welcome
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[@kmdkhaleeluddin6257]

Best explanation sir
Keep it up sir
Thank you so much for helping us sir❤

[@MaheshHuddar]

Welcome
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[@maroonstephesgaming9955]

Really helpful sir thank you for uploading the video😄😄😄

[@MaheshHuddar]

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[@darkhacker2025]

Thank you sir for nice explanation

[@MaheshHuddar]

Welcome
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[@abhiking3615]

Thanku so much sir

[@MaheshHuddar]

Welcome
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[@vaidehipawar5148]

Thank you sir , nice explanation

[@MaheshHuddar]

Always welcome
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[@HieuNguyen-rm3ip]

Hi sir, what about the solvability of a pair of initial state and goal state?

[@095_shaniabalkhi9]

Thanks a lot!!!

[@MaheshHuddar]

You're welcome!
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[@_SanikaJadhav]

Excellent👍

[@MaheshHuddar]

Welcome
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[@raniarita8270]

Thank u from algeria🇩🇿❤

[@MaheshHuddar]

Welcome
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[@ganeshjaggineni4097]

NICE SUPER EXCELLENT MOTIVATED

[@MaheshHuddar]

Thank You
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[@user-jd2lz1lr7e]

thank you so much

[@MaheshHuddar]

Welcome
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[@betharajareddy9162]

Super explaination sir🙌🙌🙌

[@MaheshHuddar]

Welcome
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[@pavanpawar5002]

Thanks sir ❤

[@MaheshHuddar]

Most welcome
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[@tharunkumartharun4461]

Very nise explanation sir

[@MaheshHuddar]

Thank You
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[@MansourAyoub-gy6rx]

You are best teacher in the world but caan you give us the code source python of this problem and also this document pdf plz u will help me so much in my project Ingénierie 🙏

[@deekshapal5993]

Can u pls tell how we have calculated the depth?

[@sakamichi6343]

at the base level that is when we start, depth is 0. and with every step the depth increases by 1...hence we added one each time

[@AryyKO]

Depth represents how many steps or levels you are from the root node.

[@muthuarivu6127]

Thank you for your support 🙏🙏🙏

[@MaheshHuddar]

Welcome
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[@IrfiRealEstate.]

Brother love you from Pakistan

[@MaheshHuddar]

Welcome
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[@Sikshyashala]

what is depth(g)?

[@user-em4mt7yw1e]

EXTORDINARY EXPLANATION SIR THANK YOU VERY MUCH SIR

[@MaheshHuddar]

Welcome
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[@MuhammadUmar-rz2sr]

tell me one thing in d=3 why you not counting blank in misplaced tiles

[@fluttterdev1k]

the best

[@MaheshHuddar]

Thank You
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[@cucharachatwt9074]

tomorroy is exam day, Thanks Sir.

[@MaheshHuddar]

Welcome
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[@e.m4977]

nice

[@MaheshHuddar]

Thank You
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[@kartikkhandelwal3518]

at g=2 there are 4 possible actions but u have done only left ,up , right?

[@user-ms2sj6qy7h]

If you do the lowering position, you return to the starting position

[@divyashree838]

How you consider depth value 0

[@21cse130Sasikala.E]

❤

[@MaheshHuddar]

Thank You
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[@im.endangered]

SRM ppl copy paste this question lol