Q. 3.16: Simplify the following functions, and implement them with two-level NAND gate circuits:

[@bctutorials_]

Thankyou thankyou thankyou soo much sir ❤️

[@JonnVendass21]

thank you, you just helped me a lot

[@laiahunshishakharkongor3483]

Sir how are you using NOT gate here. Because the question says use NAND gate. And if you are using a NOT gate, wont it be a three level gate??

[@maskedman8368]

we can implement NOT gate using NAND gate too!

[@kuljitkaur2068]

How to do the same question with NOR gate?

[@PRAVH]

Seems easy Thanks

[@malakelmgrhi1736]

Thanks sir it's super helpful ❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️❤️

[@rkcodesofficial5219]

Sir, the question is to solve it in Two level Implementation but in d part you only did the one level implementation.

[@mominanadeem7611]

Is it not necessary for the function to be in sum of products form when implementing NAND?

[@grazielorion3085]

According to my notes, and the text book it is. Same question here.

[@rileshkhatri1209]

Yes in question no c it is product of sum

[@ingad772]

My hat to you sir.

[@mahaebrahim6069]

can u recheck part 3, F = pi(5, 6, 7)

[@dhoni_dhoni-iu9el]

What is difference between two level and multi level

[@DrDhimanKakati]

The maximum number of levels that are present between inputs and output is two in two level logic

[@عبدالمجيدالمطيري-خ5ذ]

Sir...in part d you implemented it in one level...! It should be implementing in two levels....Thanks

[@soner.kar.]

Hi, in part c, why did we simplify? because in other parts, we didn't simplify? Please could you explaint it?

[@star_lord_7344]

Sir can upload video of 3.18 ans of marisho mano third edition

[@DrDhimanKakati]

Already uploaded

[@star_lord_7344]

@@DrDhimanKakati sir can you share the link

[@sharathchandra6349]

U done mistake. We will get another octet,not quad.

[@soner.kar.]

Thank you so much sir.

[@nothingisimpossible1671]

sir method is so hard i can`t understand