DFA for decimal numbers divisible by 3

[@_Im_Elijah_]

Why so less views when he is teaching so good so easily?

[@houdamaarfi]

because he is not speaking in ENGLISH !

[@LordSarcasticVlogger]

VERY NICE EXPLANATION..THANK YOU SIR

[@tasmiyashafaq3384]

Ur teaching is ossmm..thnkew

[@chiragkhungar262]

Very precise video. Very good content.

[@yash391]

very nicely explained you sir 👋

[@RaHuL-sb6uo]

Awesome video sir 😊

[@pratikmulik0049]

Best explanation I ever watched

[@chaitanyakatore8162]

great job sir

[@AliMalik-uw1rk]

nicely explained.....

[@piyasahu9821]

Great work sir!!!! Thank you so much for this video 🙏🙏☺

[@viralshortsvideosss]

very nice video sir thanks

[@chetansejgaya7023]

thankyou so much , sir this video is very helpful for me ...

[@rengoodman1656]

Good video. Deserved a like, but choice of choosing 69 number for testing is quite thoughtful.

[@ujwalnikam8354]

Excellent.....

[@r_l966]

Thank you sir , big help

[@LooneyTech]

perfect ji

[@avinashgodvin9900]

Very well done

[@misbahsirnaik2189]

Can u pls solve the dfa for binary no divisible by 4 or 6 ?

[@vinayaksharma-ys3ip]

Thank you sir👌👍💯🙏✅

[@himanshunikam6251]

thanks for video 👍

[@RahulYadav-nz5wf]

Nice one

[@saiharishmulukuri9858]

Good video sir

[@atharvavarade6282]

very helpfull!!

[@sakshitambe04]

Thnku sir ur great

[@suryanshyadav3423]

Thank you sir.. Very nicely explained..🙌❤

[@rohitmandal4729]

Thank you so much sir

[@shakibulalam7930]

Thank you very much

[@MonikaKumari-er4de]

thank you sir

[@mex5160]

5:55 *starts beat boxing*

[@theabhish1]

Kya yaar

[@shivamchauhan490]

Thank sir

[@bhaktikadam4944]

nice

[@mchetan1148]

How u take 0369 tell me plz

[@daddyjee6137]

You just save my ASS .. thank you sir🤗

[@imranshaik5325]

🤦🏻 Shameless.

[@shashankkamath2171]

best

[@neerajyadav2349]

Thanks

[@abhijeetkumar2204]

Tq

[@bhaktikadam4944]

nice

[@DevenderSingh-yo9hu]

Sir your teaching method is awesome 😎😎 thanks for helping me and others

[@baibhabmondal1740]

ka be kaisan ba?

[@Arunav_vashista]

Sir what will happen in the case of 4

[@deepika5045]

It move to q1 state it does not reach final state

[@swatijadhav600]

Divisible 5 ka explain kro please

[@siddharthb2226]

OPEN EIGHT INNER GATES FORMATION!!!!

[@aruji-sama]

whats the total number of states

[@dipantanch]

3

[@cookrology6390]

plz draw foer divisible of 5

[@mchetan1148]

Plz send me a divisible 3 dfa plz

[@theDRAMA01]

This metod is tough. there is another method on YT which 100 times easy than this method and applicable for all numbers.

[@apurvashinde2684]

Send the link of this vdo

[@theDRAMA01]

@@apurvashinde2684 th-cam.com/video/O_nBu3CX9us/w-d-xo.html sound is not available but its so simple ..

[@theDRAMA01]

@@apurvashinde2684 th-cam.com/video/sOq8NOkXbfQ/w-d-xo.html divisible by 3 ..same for 4

[@chihabeddine8023]

There is an issue with your solution ( your dfa accepts also epsilon ( empty string ) ) so it should'nt !

[@mynameisjeff9124]

epsilon = 0, so it is correct

[@chihabeddine8023]

@@mynameisjeff9124 no the empty string isn’t equal to 0 ( empty string means that there is no string as input for the dfa and in his solution it automatically give a final state and it will accept the empty string and obviously it sounds to be rejected)

[@mynameisjeff9124]

@@chihabeddine8023 My professor literally told us a week ago that the empty string "e" should be treated like 0, because if you have leading zeros you can just remove and add them as you want and it doesn't change the number's value. For example 000012 is equal to 0012, which is equal to 12. If you now take 000 that is equal to 0. So,
000 = 0
00 = 0
0 = 0
e = 0
The empty string encodes the same value as 0 so it should be treated like it.

[@bleh4841]

English please

[@MRtorki55]

This is NFA 🙂

[@xiaoruchen6435]

DFA

[@xiaoruchen6435]

oh yea, I think u are right

[@xiaoruchen6435]

uhh, this is DFA I'm sure. hahahahah

[@nidhimishra9438]

maha bakwas video