Constructing Truth Tables for Combinational Logic Circuits

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This video explains how to combine logic functions to form more complex, combined logic functions.
You will learn how to construct truth tables for a number of combined logic functions.
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THANK YOU. WORDS CANNOT DESCRIBE HOW RELIEVED I AM

[@scrwd8301]

damn i really learned a 2 hour lecture in under 10 minutes. thank you so much

[@MrsBStanley-Aarons]

Many thanks for expounding on the basics of constructing truth tables. Excellent job!

[@omikronsigma2446]

This was an amaizing video for logic gate truth tables, thank you!

[@morgannordahl4355]

Perfect! Exactly what I was looking for. Thank you so much!

[@gc5643]

Brilliant explanation, thank you so much for the clarity in which you present this information.

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[@toastedsniper9248]

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[@MicahBala]

Thanks for this clear and easy-to-follow explanations.

[@LMW-ms7dw]

Well explained. Thank you.

[@user-rs1lv5ml8g]

Thank you very much. This was a great help. I jave exams tomorrow and i know i will get the truth table correctly cuz of this. Thanks again 😊

[@TIEDYECHEYISSKYHIGH]

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[@CurryS_Vlr]

Thank you sir, I have a test on this topic tomorrow and you explained it better than my teacher

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i swear this relieved me so much i understand so much better

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Thank you!! This was explained so nicely and was very helpful :]

[@TheMostHigh13]

There is a language barrier between my professor and the students, so he couldn't explain this well when I asked. Thank you for the help.

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Best Video. Well Explained .THANK_YOU

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what a smarter way, thanks

[@raysukuna2593]

Thank you,so easy to understand

[@cricknight1946]

The only video that I find useful, Phenomenal video to watch before Examination

[@EngineersAcademyLTD]

Hope the exam went well

[@cricknight1946]

@@EngineersAcademyLTD Well, your video really helped the tracing of the truth table but drawing a circuit *sigh*

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thank you very much.A great explaination given

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This video is very concise and not too long, you really helped me with this one😁

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Really well explained

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Has a better understanding after watching, got a test tomorrow

[@EngineersAcademyLTD]

Good luck!

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Best ever. Much helpful

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Very useful thanks alot ❤😊

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Great video!!

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[@EngineersAcademyLTD]

hope the test goes well!

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Hopefully, this one helps me for my CSC 241 class🤦🏽‍♂️🤦🏽‍♂️

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Thank you I understand now. :3

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I m watching this vedio 1 day before my exams 😂😂

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😁😁

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Analyzed well🖐

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[@charityjeffery9511]

Thanks..you sir 😢 atleast now i know how to draw truth table

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be of great help!

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[@Albanach100]

Excellent video. What's the best way to interpret a truth table into a logic diagram?

[@EngineersAcademyLTD]

Hi Roddy, one useful method is to convert the truth table into a Karnaugh Map, from which the necessary logic gates can be derived. We don't have any videos on Karnaugh Maps unfortunately but I am sure there will be others that do, and we might look to add this in the future.

[@cricknight1946]

@@EngineersAcademyLTD How do you draw these circuits, Nevermind though because my exam in 40 min lol

[@EngineersAcademyLTD]

Hope it went well

[@filippofonseca]

🙏

[@valhalla6991]

Hello, I know this is a late comment, but if you see this, could you please tell me how you proceed for a 4th input? 'Cause based on the rule of halves, the D input column cannot be divided by halves, since there is no group of 0 and 1 anymore. How do we proceed then? Thanks in advance, you already helped tremendously!

[@EngineersAcademyLTD]

If you had 4 inputs, there would be 2^4 = 16 possible combinations, and you can still use the half and half rule to generate all combinations. So in this example it would be 8 1's and 8 0's for the first column, followed by groups of 4 for the next column, groups of 2 and then groups of 1.

[@BudLite22]

First and foremost, thank you very much! You managed to do in 9 mins what my textbook failed to do throughout the entire chapter. #LifeSaver Part 1 of this topic (for those interested): kzbin.info/www/bejne/lWncYpegqM92gNU

[@ComfortablyLost2020]

Hello sir, when youre using 2 to the power of N, where are you getting the 2 from? is that the number of logic gates times the number of inputs?

[@EngineersAcademyLTD]

2 is the number of possible states (true or false, 1 or 0, etc.) that each input has, and N is the number of inputs.

[@albertbinu836]

what do you do for 4 inputs

[@EngineersAcademyLTD]

4 inputs means 2^4 = 16 possible combinations

[@HARISHARIS-dr4jh]

Does the half rule works for any type ? Or just for 8 combinations

[@EngineersAcademyLTD]

It works for all. So for example, if you had 4 inputs, there would be 2^4 = 16 possible combinations, and you can still use the half and half rule to generate all combinations. So in this example it would be 8 1's and 8 0's for the first column, followed by groups of 4 for the next column, groups of 2 and then groups of 1.

[@HARISHARIS-dr4jh]

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[@EngineersAcademyLTD]

Great - glad it helped.

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Very loud intro and very quiet speech, strained to hear

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[@mrguy7582]

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