Ma'am in this video you have converted NFA with epsilon transition to equivalent NFA. In the previous video of the playlist you converted from NFA with epsilon transition to DFA of the same example question. But when I tried to convert from NFA to DFA I got an extra state [q0] and you also mentioned we always start from the initial state and add it to the transition diagram. So which DFA obtained is correct ma'am. Can we neglect the extra initial state obtained from NFA to DFA?
maam there is a small correction in transition table (9.50 ) as there are new states soo we should perform E closure on these new states to complete transition table.
I think you need some English listening classes. First go through some basic English course then come to this video. I hope you will understand it better.
Why university's teachers can't explain so well? Very very good, thanks!!!👏
After partial understanding for a whole semester, your teaching is top notch, i can understand it in less than an hour... Thank you so much maam
Well explain I appreciate your teaching keep it up
Thanku so much 💫💥
Ty for being there for us 😀 absolutely amazing 😍👍
Thank you very much for your explaination,
I follow you from Algeria
super man.... tomorrow is my exam u saved my life from my dad🙏
Thank you so much ma'am .. very well EXPLAINED 😊
Nice explanation mam thank you so much 🙏😊
you are best teacher
Good work madam
What is the difference between E-NFA to NFA and E-NFA to DFA, steps are same for both...
Thank you so much for posting this
Nice explanation thank you
Helped a lot for sem today
Explained well!
yeh toh yehhhh ahoagaya bhai
You are amazing ... thank you ❤❤❤❤❤❤❤
What's difference between e- nfa to nfa and e-nfa to dfa
You made it more complicated now!
exactly bro
Maam what if we have 2 inputs in one state
Nice explanation mam 😊
Thanks mam best video 💯🙏💕
Ma'am in this video you have converted NFA with epsilon transition to equivalent NFA. In the previous video of the playlist you converted from NFA with epsilon transition to DFA of the same example question. But when I tried to convert from NFA to DFA I got an extra state [q0] and you also mentioned we always start from the initial state and add it to the transition diagram. So which DFA obtained is correct ma'am. Can we neglect the extra initial state obtained from NFA to DFA?
You saved my time
thank you so much. I was really cooked in the situations, you saved the exam
Clearly understand mam thank you🙏🏼
Thank you mam, it helped a lot
thank you so much for you hard work
mam epsilon nfa table la epsilon yentha state la iruko athuvum thaan na sethu add aagum like in q0 state oda epsilon vanthu q0,q1 thaan na
Mam i having doubt when they have given table already how to do for that model question
wriy
Input symbols are E*,0,E* THEN HOW CAN WE SOLVE THE PROBLEM MAM
wonderful
construct a nfa without epsilon for the L = ε -nfa{0n1n2n} (0 power n 1 power n 2 power n)
Thank you!
very nice video on epsilon Yen FA to Yen FA
Awesome
Thank you so much mam
Thank you sooo much maam😊😊
Thank uuuu so much mam😢
Thanks mam❤
Tq mam🤗
maam there is a small correction in transition table (9.50 ) as there are new states soo we should perform E closure on these new states to complete transition table.
is this wrong?
So this video is wrong ? Or are you wrong ?
Is it compulsory to draw transition graph after conversion in last
@@Ankitsingh-yp1tw It is compulsory . Don't put wrong replies here
thank you soooo much
thank you
Thank you mam
thank you
Thank u mam 🙏
O$m maM. Baga chepparu
Tq ma'am ❤
Thankuu❤
Maam please make videos of some more examples
ye
Emaina artham authundha,antha fast haa
Explain chesthunava,read chesthunava
How the €-closure (q⁰)={q⁰,q¹,q²} ??!!
It will be {q⁰,q¹}
❤😊
Vahuw
😭😢😢😭😢😢😩😩🥺🥺🥺
mm
Mam speak in slowly l can't understand
fr it was going so well and then she did the table and I was like wtf
Decrease ur playback speed
Watch video at 1.25x
Problem solve
I watch her videos on 2x 😂
0.25x@@Boss-m3y
🤣🤣
😂😂😂
if u cant speak english please dont i cant understand your accent
I think you need some English listening classes. First go through some basic English course then come to this video. I hope you will understand it better.
Thank you mam
thank you
thank u mam