Conjunctive Normal Form (CNF) and Disjunctive Normal Form (DNF)

[@headyshotta5777]

bro in 14 minutes you explained more than my AI professor in 13 months

[@ismaels3471]

I HAVE AICC BRO

[@friend4825]

The best channel for logic.

[@sabin9461]

You are saving me from a fail exam, thank you very much.

[@gurjotsinghpandher3908]

I was so worried how I am going to learn this before my midterm, but you gave confidence and taught really well!

[@octanebula]

Thanks man, explained everything better than my teacher.

[@NA_Nevermind]

Wow, thank you very much, I never learned it in my school, but it's gonna be so helpful for my exams. Underrated lecture,btw, hope you have hood times, sir

[@isobellynch1766]

ok, very clear explanation

[@mkomko207]

thanks for the video
I couldn't get the idea by myself

[@memeingthroughenglish7221]

wow, that was such a great video!!! I loved your explanations! I'm excited to view more videos on similar topics from you. Keep up the good work!

[@kdramaskimchi2572]

Helped me a lot man! Thank you! Hope you have a good day

[@abdviper7420]

could you please do more on CNF and DNF. like solving them through properties of logical equivalence, instead of through truth tables.
thank you. love your explanations!

[@abdviper7420]

you're so good i don't like watching others.

[@DigitalGnosis]

Thanks for this. For some reason I just brain farted on conjunctive normal form when I needed it for something, once you pointed out that you just negate the DNF for the minterms it was so easy!

[@lazarebedukadze7244]

Your channel is singlehandedly saving KIU students lmao

[@MohammadJavadd]

So clean and helpful, thanks so much ❤

[@ericwang7381]

Very clear and concise instruction. Thumbs up!

[@casypp3710]

What a perfect explanation 💙

[@guycn1]

So helpful! Thank you so much!

[@percyfobuzie622]

Thanks you really make it easy to understand

[@theuberman7170]

Some professors literally don't teach concepts you have to know to understand other concepts.

[@DrMuzis]

I really appreciated thank you so much sir!

[@memyselfandi3622]

So is it possible to say that DNF can return as result 0 as a proof of Boole's theorem for full set?

[@himansushaw4938]

thanks, very nicely explain

[@SimoneSticca]

hi, i have a question. if i have a tautological formula (the F=1 always), the cnf never exists right?

[@harishnetam502]

How did you get values of F column?

[@user-wb9tj5cq4k]

THANK YOU VERY MUCH!!!

[@Trevtutor]

You’re very welcome

[@awwwcomeon]

thank you so so much for this!!

[@carrotdays9737]

Thank you.❤

[@casypp3710]

Why do we switch AND and OR for CNF?

[@mimischly2547]

Awesome content man

[@sushilgbp]

thank you

[@dariusgiannoli8751]

how to determine the DNF or CNF without using a truth table ?

[@jahanvi9429]

Thank you so much

[@abgd3973]

thanks

[@JarrodFitzloff-d4b]

Thompson Islands

[@Krishna-iy5wy]

How can we simplify the final result of DNF/CNF?

[@velvet-ish7059]

use kernaugh map

[@Didi-bz6kt]

Great video ! But i would maybe add why the step 2 workos - De Morgan law.

[@muhammadrayanmansoor4301]

Sir how to find CNF if all the truth values of the answer are 1....plzzz reply

[@Quadri666]

and is T (tautology)

[@fejs-2272]

bro, what rule did you use

[@bumboy8736]

idk

[@AlexandreMalfreyt]

For CNF he uses De Morgan's law

[@Esteboss]

op