Simplification of Boolean Expression using Boolean Algebra Rules | Important Question 2

In this video, we are going to discuss some more questions on simplification of boolean expressions using boolean algebra rules.
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[@abrahamabraham7650]

THANK YOU SO MUCH BROTHER. GOD GIVEN YOU WISDOM TO EXPLAIN VERY CLEAR. GLORY TO GOD.

[@gabrielbarrera3447]

5:28 just cleared up a lot of the mistakes i was making. Thank you so much

[@Annie19911]

Thank you so much!!! You're a wonderful teacher!! I've been struggling with understanding this topic for a whole week. My colleagues who are engineers didn't know how to do it, the topic wasn't covered enough in the books and there was no video in my language. I have a test tomorrow, keep fingers crossed for me not to make some stupid mistake. Bless your heart!

[@ENGINEERINGTUTORIAL2468]

Thank you for your valuable feedback.

[@lucass1536]

Very straightforward, thank you for not overexplaining

[@hoodoooperator.5197]

You just cleared things up massively for me, thanks bro.

[@venonecysvarion8390]

That is just so well explaned, thank you very much.

[@brian-lord]

Nice explanation - easy to follow. Thank you

[@pushpendrapratapyadav3546]

Great learning experience from this video. Thanks sir 😊

[@ENGINEERINGTUTORIAL2468]

Thank you for your valuable feedback.

[@ChiannaNycole]

God bless you, thank you for posting!

[@ENGINEERINGTUTORIAL2468]

Thank you.

[@kingsy6537]

can you help me now please

[@mercyk6817]

first i can able to do this expressions .... i'm really happy with your way of explanation bro ... thanks

[@mdaasil2329]

I got 25% marks on this yday in my lab. Today I have another one, and it won't happen again :) . Thankyou so much sir!

[@ThunderHockeyTFL]

great video, clear and thorough explanations , really helped me prepare for my exam, subbed 😄

[@ENGINEERINGTUTORIAL2468]

Thank you for your valuable feedback.

[@factinzone7607]

Pahli baar samjh aaya kl paper h aur aaj padh raha 🥲 kash ye video phle mila hota to kuch aur accha kr pata but thank you so much sir 🥰❣️

[@richardbakosalamassou8359]

I got BC+AC+B'C' . I think is the same as BC+B'C'+AB'

[@MahammadMansoor]

Its really helpful for exams, thank you so much sir

[@muppidivenkatarajesh580]

Nice explanations sir... Thank you ❤

[@redrose5950]

Very well explained, thank you

[@mohammedabdullahalmutairi2313]

thank you so much for this fantastic explanation

[@NCHAFACKYVONNETSOPAZANG-uk4fm]

Thanks so much. Ready for the CA

[@liamchristie9784]

Thank you!!! You explained so good and even mentioned common mistakes :D

[@ashupatidar7528]

I saw lots of videos but all are useless but this video really helpful for me tysm broh 👍❤️

[@SAM-ol5ip]

You made it super easy to understand, thanks a lot

[@toluwanidaniel7841]

I love this video.... Very comprehensive

[@davidsabacahan9898]

Thank so much for this explanation sir

[@laibarukhsar7359]

Best explanation ever 👍👍

[@jeevan7657]

Thank you so much for the lecture ❤😊

[@UpstairsAura]

I can't find the absorption rule you used at 9:56 . Please clarify where and how you got this rule

[@rahulxthb1806]

Thank you sir it is very helpful for me🙏

[@OutMagic]

Very helpful thank you!

[@dinindutheekshana2254]

great tutorial dude thank you so much

[@shujauddinmohammed7027]

Very well explained sir👍❤️

[@shraddha9539]

This I the best video I have ever seen

[@giomama3794]

Thank u so much.
I got an exam in next 4 and a half hours.

[@hatilaprogrammer999]

Marvellous teaching hats off

[@pallavinalla6400]

I got AC+BC+B'C' as final result for 1st question is it crct ???I took B'C' as common in 2 nd and 3rd terms , AC as common in 4th,5th terms

[@abdullahbaig8700]

I also got the same answer.
Is it correct?

[@MaazKhan-ly7sq]

@@abdullahbaig8700 I also did it the same way

[@MaazKhan-ly7sq]

@@abdullahbaig8700 I checked both the simplified answers through a truth table and output of both of them was same , so both answers are correct.

[@sarmadrafique426]

Mine too.

[@blessyimmanuel6821]

Same

[@hubabkebab]

Well explained, thank you :)

[@uchihalayan3435]

thank you so much you saved my life

[@muhammedjawara1603]

nice one. excellent explanation.

[@paridhichadha3761]

Thank you for this video!

[@MsRebeca4]

Now what? I need a review to why this matters! Do you ask for that circuit to be made? Will this knowledge help us understand what?

[@michaelchapisa3709]

Very clear explanation my guy 🔥🔥🔥🔥this is good

[@ENGINEERINGTUTORIAL2468]

Thank you for your valuable feedback.

[@mahimaambedkar1711]

Unique method sir...thank you

[@charankumar.v4549]

Super explanation....I like it❤️❤️❤️❤️💖💖💖

[@vijayalaxmibankar6465]

THANKUSOMUCH SIR FOR THIS VIDEO .

[@yaredaderay6372]

The first question can be simplified as just C. by taking (BC)s AND (B'C')s common at first

[@SteamShinobi]

Im a linguist, I'm just here cuz I'm bored. This makes manipulating k-maps so much easier and nicer though and it's so fascinating to think of the applications of it. Could you use this to map out a logic circuit and simplify it? Logic gates -> (map -> equation) (Idk if mapping is needed first) -> simplify -> re-design -> re-build? Obviously a lot of work, and something I probably will never do, but I am a curious person.
Either way, love from Canada. You explain things wonderfully, and writing out the rules and explaining them like you do is immensly helpful. Keep up the amazing work.

[@ENGINEERINGTUTORIAL2468]

Thank you for your valuable feedback.

[@kidcracker]

bro is studying this shit for fun while i fuckin hate digital logic

[@nirmalbhatt7122]

Thank you so much sir ❣️

[@natalieblumenkemper8617]

Reviewing for final, thx!

[@Wildwildmint]

You saved my life. Thank you!

[@OmkarDevkattevlogs]

😂🎉

[@kodampalliakhila856]

Tq u sir it's very helpful to me

[@vin9522]

Brilliant - thank you

[@diyadabral7067]

Thank you sir ❤️❤️

[@roleplayinglife7548]

Thanks a lot! This helped me a lot

[@studysuccesstips123]

Sir , You explained very well

[@user-kb5er2cr6s]

Thanks for the explanation

[@pratimkumardasroy3570]

Nice explain you have cleared my all doubts thanks bro

[@ENGINEERINGTUTORIAL2468]

Thank you for your feedback.

[@tm20rawsfly43]

Tanks bro for postning this it helped me alot 👍🏽

[@all_in_one_point_]

Thank you so much mam i understood ❤❤

[@almarezjoshuad.1382]

Great video it help me alot

[@gautamray501]

Thank you sir for the nice explanation

[@ayotomiwabakare1458]

Must I get the same simplification from as the one from K-map?

[@diptimayeebiswal51]

Thanks for the nice explanation

[@kunjadas5301]

Thank you so much sir🙏

[@rajeshvishkarma7797]

Thanks 🙏🙏🙏🙏🙏🙏
And very. Nice video

[@fatcatfinancial]

We can also simplify the asnwer in 1rts example by taking 'B prime'

[@vidhyavenu49]

Thank you sir🙏🙏

[@Josh-bl7hh]

Great video! Could you please explain why the whole term becomes zero at 8:55?

[@genxios9851]

B’ . B = 0
Since it is is multiplied by the whole term, anything multiplied by 0 will be 0

[@OutMagic]

@@genxios9851 Thank you!

[@successaddition9726]

Please give all rules of Boolean expression

[@suparnaroy5666]

Informative video

[@knowledgehub229]

nice explanation sir.......❣❣❣❣❣

[@nwing89]

Really great explain

[@dionlis2029]

Please will the absorption rule still be used if it is B'(A'C+C') because I'm kinda confused

[@FreyMayBeHere]

I'm pretty sure these expressions are commutative (if that's the correct word to use😂) so B'(A'C + C') should be the same as B'(C' + A'C).

[@kodampalliakhila856]

Superb explanation bro I can well understand tqu

[@dulalpal8563]

Yup

[@shwetahegde8850]

Well explained.

[@k.aishwaryachary7666]

Good explaination

[@user-nx3op3th3u]

thanku so much sir essly clear

[@dulalpal8563]

Sir u r just amazing guide.....😄😊

[@ENGINEERINGTUTORIAL2468]

Thanks for the feedback.

[@nafisakhan5075]

Thanks so much sir

[@mahmudulhassan6246]

Tnx sir its vare help full for me

[@user-lm2wr6eh3j]

Thank you so much,, great video,,you help me Allah help you..Ameen!!

[@akash._.43]

Thanks sir ji

[@giannisk10]

You are a GODNESS thank u so much

[@swagatgautam2360]

Nice explanation

[@ManasBishtVBprogrammer]

Thankyou so much sir

[@saikrishna_patel_0768]

tnq very much sirrrrrrrrr ♥️♥️♥️

[@user-nf8qy6po3v]

your the best 😊😊😊👊👊👊

[@sumanm7671]

Sir in this line(BC+B/(C/+AC) multiple the B/C +AB/C. we right sir (/) represent bar

[@Kapildeb1098]

THANK YOU❤❤❤

[@dollarmindsmallboy771]

Thank you.

[@poppustokus387]

really helpful

[@shachichoudhary8544]

Thank you soo much

[@bilawalshahzad8742]

I have a question..
Why the answer is different when we take common from 2nd and 3rd term and take common from 3rd and 4th term... remaining 1st term as it is ??

[@growingkidsschool6331]

Mind blowing sir 🙂💯✨

[@ENGINEERINGTUTORIAL2468]

Thanks a lot for your valuable feedback.

[@user-mk9tq9mj8c]

thank you

[@______x___2090]

Thankss!!!

[@vaibhavshinde5520]

I got final answer of p bar + pqr . can I apply law like x bar + xyz = x bar + y + z ...

[@howang8662]

I got AC+BC + B'C' for example 1, anyone got the same ?

[@howang8662]

Does it mean there are more then 1 possible simplification?

[@chesza]

Thank you

[@imil6798]

For example, the truth value of X is always "false" or "true", after simplifying the boolean expression, will the variable X be eliminated?

[@SHIVAM-qj1re]

Thanku sir