03 Combinational LOGIC Circuit Design | Theory to Application -Automated Light Bulb and Door Lock

[@alham__aa]

You are a one of best teachers I have met unexpectedly.
you are explaining lessons very well as well It's very easy to understand.
Good Luck!

[@joedgoh]

Thank you very much ALHAM. Glad to be of help

[@vazfredricks6106]

pleasant teaching

[@aberateklehaimanot9804]

superb explanation .Thanks for sharing

[@joedgoh]

Thank you!

[@ganeshsharma24894]

Keep making these types of videos you are awesome 🔥

[@joedgoh]

Thank you!!

[@versatile7713]

Really you explains practically sir, i like your explanation 👍

[@joedgoh]

Thank you very much 😀

[@FulongHuang-FiveD]

Thank you for making the video. I am confused at 29:05, where you put a resistor for output Y, but not X and Z. Do logic gates function as a resistor? How would I calculate when and what resistors I should use to prevent the light bulb from burning out?

[@salahmoustafa8341]

Can you please tell me the ohm of the resistors you added with the phtoresistors and what kind of transistor is this

[@eldboyrodrigueztech]

Thanks po sir ❤️

[@fatehblch6347]

thanks , you are really awesome !!

[@joedgoh]

Thanks!

[@maebellebrigoli5027]

do you have the list of the materials needed?

[@yagosantiago10]

You have one property of simplification wrong in the table you show

[@joedgoh]

Please tell me where it is so I can correct it. But based on my expertise on this topic, I believe what I did was correct. Still, I could be wrong, so please let me know where my error is. Thank you.

[@redflags30]

@@joedgoh mali lang sir yung pag kakalagay ng sa POS ng X at 24:58

[@joselitoeduardgoh4036]

​@@redflags30thank you for pointing it out. It is a typo error and I have read it incorrectly as well. It is supposed to be X = AB+AC, but the final POS answer is still correct. 😊