Simplify Boolean Expressions using Rules and Laws

#digitalelectronicsstephenmendes #electronicsstephenmendes
In this video I show you some more examples of using the Rules and Laws of Boolean Algebra to simplify Boolean Expressions
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[@StephenMendes]

NOTICE : To all UWI students ..... due to a change of plan....... I will be the one teaching Digital Electronics 2 next semester .... hoping to meet many new first year students in January

[@myboi364]

good tutorial but would have preferred if you started from scratch instead of writing down the whole solution. then going step by step, it just makes it more clear

[@TacoDaddy-mr8ig]

He really doesn't know how to explain things well

[@sidhhagang226]

Thank you for this video! It would be much better if names of the law are mentioned...

[@marvhartigan3677]

hey Stephen wanted to let you know you did an amazing job.Thanks for everything buddy.

[@StephenMendes]

your welcome... thanks for letting me know 😊

[@marvhartigan3677]

@@StephenMendes haha no problem Sir.Seriously its annoying that you put some good work out and then people ironically blame you for stupid things.

[@sehaata9821]

amazing jop thanks for this video🥰

[@sadidisal5328]

Thank you very much form sri Lanka 🙏🙏❤️🙏❤️

[@kelvinndereba5423]

Thankyou for the video

[@tuweijacklinechemutai6282]

Thanks 👍

[@AhmadAli-fc8tg]

Hey prof are you sure about Q8 is that how it works

[@StephenMendes]

Absolutely sure about Q8 (7:53) ..... that is how it works 🙂

[@rcn9910]

Stephen, I ended up with AB+(B'+C')+A'C but i don't know what to after this! Help! I have to get to a point where I draw a logic circuit using only two NAND gates and nothing else! Original Problem was: _______________________________ __________________ __________ _______ ____ AB . BC . A C

[@StephenMendes]

Your answer is NOT correct .... it should be AB(B'+C')+A'C ..... and this simplifies further to ABC' +A'C.... which cannot be implemented with only 2 NAND gates

[@markjackson1009]

Plz explain No.1 4th and 5th line

[@StephenMendes]

the difference between the 4th and 5th line is just writing it BACKWARDS (which is legal) and the reason I write it backwards, is to help students "see" the RULE that allows them to remove the B-bar in the final line..... and getting from the 3rd to the 4th line is just another RULE..... please watch RULES video using this link kzbin.info/www/bejne/rISrZpirqL6cjMk

[@maxamed19ib]

Please solution in ABD+ABD

[@zainabkhalid7918]

you are not explaining it properly !

[@StephenMendes]

Yes I am .... you just don't understand .... it would be more helpful if you would post your question(s).... instead of making unfounded accusation

[@biggyk87]

@@StephenMendes No hes right, you rush through it way to quick.

[@StephenMendes]

@@biggyk87 That is why there a pause and rewind function...... simply pull back the slider and watch as many times as needed 😊