CONVERSION OF FINITE AUTOMATA TO REGULAR EXPRESSION USING ARDENS METHOD IN AUTOMATA THEORY || TOC

[@jitendraprajapati3463]

You are the best! Much better than my clg professors..

[@amaansiddiqui4307]

saw your video first time cleared all the doubt best wishes sir thank you

[@nanaroxy1605]

Thank you. For the step one in the simplification method, q3 was added to q2 and not q1. Well explained

[@AbdulRazzak-ko2tb]

Exactly

[@AbdulRazzak-ko2tb]

And in example 2 last equation q1 epsilon is missing Easy to understand great explaination

[@rupdas7165]

very helpfull video. it cleared many doubts for me . Thank you so much

[@jeev529]

Thank you sir by muthupandi

[@AmleKm]

Thanks

[@sukanyaghosh24]

amazing teaching Sr 💕

[@swapnayerra2827]

Actually sir please can explain the equations for 2nd problem

[@mdgulamnabhi9670]

Nice explanation

[@nickglenn4946]

16:10 why do you remove the + sign q2 = q1b + q2(b+ab) Then equal to q2 = q1b (b + ab)* Oh nvm r = qp

[@jashu2426]

Nice explaination

[@siddheshb.kukade4685]

Thank you

[@verfixian4656]

bhery gud intro sir i got excited

[@vanshikamarwaha6487]

Tq sir

[@Mikeyit]

3 in 1 substitute ani rasi equation 2 lo substitute chasaru enti sir

[@kotikalarajeswari8565]

same doubt

[@sravanidasari5055]

@@kotikalarajeswari8565 sir chuskoledhu. Flow lo 2 ani vesaru. U can correct that.

[@urstrulyashish4497]

Sir equation 5lo q3 place lo q2 yela sub chessaru

[@m.kalpana3391]

Thank you sir

[@charantejadrawings5417]

Ok sir super video sir

[@PremKumar-yt2oj]

sir why we applied 3 in 1

[@aditya_madhav9931]

We have to convert R=Q+RP Form

[@thecookingcave]

Sir when you wrote apply 3 in 1 then why did you wrote 2 equation then 🥴

[@invaderffgaming4475]

Sir it is eq 3 in 2 guys please check

[@bhaskarkhawas]

Yes

[@sahilapte7735]

why cant we stop at 17:00 why are we again substituting

[@messiah8613]

because we need to find re of final state and q2 is not the final state

[@mouli301]

​@@messiah8613and also we need to simplify three equations into one equation then we need to find re of final state (which is q1)

[@kennadysil7806]

Thank you🙏 sir