I'm pretty late to this videos upload but thank you so uch for this! I could never find any video actually SHOWING the design of the adder in a logic view I can understand. I amusing these videos as well as my CS course to design a computer in Minecraft!
itna achha koi read karate hai kya? you are really genius neso academy because you are not just genius in yourself but your teaching style is very easy and easily understandable for every student, i and we all thankful to you sir and your neso academy
I think there is an explanation missing in this video regarding borrow : When you borrow from 2^1 towards 2^0, you're actually making 2^1 * 2^0, which means 2^(1 + 0). ( 2^n = 2 to the power n) Is this correct? If it is, then I think it's worth mentioning.
Ok i can do the truth table , the Boolean algebra, and k map stuff, and I am even starting to understand full/half adders. The problem I have is thinking about it in a practical sense. For example, I can use a k maps and Boolean algebra to simplify a Boolean expression and then draw a logic diagram which can be built on a bread board and checked with led lights, but for adder/ subtraction stuff, what am I actually doing, what can I build with this on a breadboard. Please any help will be really appreciated.
Actually, you've said that, When you borrow a number and in the place of 0=2^0,2^1 takes place, and you get two and you can subtract, but coming to next number as you said it has given, so zero's left now it's 2^0=1, 1-0=0?! Please lemme know. :)
what does realization means in electronics ? as you have said "last part left is to realize them" what does this mean? realization word is used quite often that making me curious to know its actual meaning.
What if instead of feeding value of “NOT-A” in AND gate we take results of XOR and combine with D. It will give the same B output! It will simplify circuit, isn’t. What am I missing? Can someone explain me?
1:14 using a half subtractor we can subtract only 2 single bit numbers. so how can we subtract multibit number(here 2 bit) using half subtractor. someone explain me this please. thanks in advance.
This saved my grade. Thank you Neso Academy!!
Bro are you there
Hope you're doing well 9 years later big bro 🙏
I was just studying it for exams but now Logic Design Subject comes inside my favourite subject list. THANKYOU SO MUCH SIR.
Neso academy has mastered the art of explaining complex topics in an easy manner
LEGENDS SAY,YOU CANNOT LEARN FROM SCHOOL.BUT YOU CAN LEARN FROM TH-cam
If there exist Channels like Neso academy then why not!
Not only school...I am in college and I am learning better in TH-cam then there
@@djsid651 much better than online classes
@@yeshwanthch8031 Ya off course
Freaking true! 😂😂😂🔥
Please be a professor.... and save students' lives
He's already saving our lives though hahaah
I have no word to say ....... haha
@@Podder33 h a h a
thanks u r living legend i wound spend 1 hour learning that from presentation and still it wasnt clear to me till i watched this
gotta say it, you teach much better then my lecturer. I wished you were my teacher
I'm pretty late to this videos upload but thank you so uch for this! I could never find any video actually SHOWING the design of the adder in a logic view I can understand. I amusing these videos as well as my CS course to design a computer in Minecraft!
SIR I HAVE COMPLETED LECTURE 105 OUT OF 202. TREMENDOUS LECTURE AND THANKYOU FOR YOUR GUIDANCE !!
Sir really it is easy to understand .........lot of thanks sir
ur videos are very helpful to understand basics.good work,keep going.
You're a life savor. Thank you
ngl, indian channels are the best
sir your teaching very nice and we can understand clearily
Why did we need a NOT Gate with B in the circuit diagram? B compliment was not there in the expressions, was it? 6:40
India is the best. Best teachers!!
thanks for being here...keep it up!!!
thank you my best teacher
4:21 This is the first time in this course, I have seen you laughing, ❤ from Pakistan 🇵🇰
lots of thanks Neso Academy.....needing you
i love how he couldn't stop the laugh when explaining B obviously its A'B , u may remember. condition for overflow too
Thanks so much !
Great video, really well explained thanks!
4:19 - B is no match for Neso hahah
you are doing great work...
this helps me to much so thanks for this video.
Thanks man you are life savior
put on 1.5x, thank me later
True
First I put in 1.75
Then also fast
I watch all videos at 2X
What university does this guy teach at? And where the hell can I apply?!
YTU , youtube technological university
Thank you!
Very helpful to when trying to build an ALU in minecraft.
itna achha koi read karate hai kya? you are really genius neso academy because you are not just genius in yourself but your teaching style is very easy and easily understandable for every student, i and we all thankful to you sir and your neso academy
4:22😂
Thak u so much sir because i can learn easyly
you do know de way my queen
I think there is an explanation missing in this video regarding borrow :
When you borrow from 2^1 towards 2^0, you're actually making 2^1 * 2^0, which means 2^(1 + 0). ( 2^n = 2 to the power n)
Is this correct? If it is, then I think it's worth mentioning.
Yep
Neso on!!
Wish you hit 1M subscribers..
Nice n simple explanation. Keep it up
thank you sir❤
Ok i can do the truth table , the Boolean algebra, and k map stuff, and I am even starting to understand full/half adders. The problem I have is thinking about it in a practical sense. For example, I can use a k maps and Boolean algebra to simplify a Boolean expression and then draw a logic diagram which can be built on a bread board and checked with led lights, but for adder/ subtraction stuff, what am I actually doing, what can I build with this on a breadboard. Please any help will be really appreciated.
yeah, I too need an answer for that. Did you find any?
We check that using a trainer kite with gate IC's
thank you
Thank u Sir 😊
borrow should be represented as A(not)+B to get output as 1.
thank you so much.
you are life savior . (y)
Is video k bina mar rha tha kya ?
Jo life saviour h chomu
Doubt--->
at the end (Bo =A'B)
Can we also write
Bo =A+B
???
Thanks a lot for these videos 😊🇧🇩
Thank you so much
Actually,
you've said that,
When you borrow a number and in the place of 0=2^0,2^1 takes place,
and you get two and you can subtract,
but coming to next number as you said it has given,
so zero's left now it's 2^0=1,
1-0=0?!
Please lemme know.
:)
nope 2^0 is the weight of 0 and 2^1 is the weight of 1.
0*2^0=0, 0*2^1=0
thank you sir
Sir, i want to know that why 0-1 = 1 (D) and 1 also as a borrow as there should be 10 as a borrow
that's why most indians are well educated ! good job man
Thanks Sir☺️☺️
super sir❤
I have a question can we design half adder and half subtractor in same circuit.
yes by using exor gate
Sir while you are telling in down side the lines are moving on that please adjust the screen while you explaing at the down side
Tq
thank u brother
my professor sucks bad. He uses two hours to teach this and I still don't get it. But for seven minutes I learned a lot.
thanks a lot
very useful
Ur videos r amazing
what does realization means in electronics ? as you have said "last part left is to realize them" what does this mean? realization word is used quite often that making me curious to know its actual meaning.
It means to make diagram of circuit of obtained expressions
I hope I cleared your doubt
For thanking me you can send me money 💰
I saw that you are first time laughing in a video...
thank u
5:53 ... "it is touching here but actually not" SCHRODINGERS WIRES !!!!!! omg !!! lololol
What if instead of feeding value of “NOT-A” in AND gate we take results of XOR and combine with D. It will give the same B output! It will simplify circuit, isn’t. What am I missing? Can someone explain me?
Why do we need a B(not) in the final circuit?
it's really funny to see u laughing when your saying a.b
it's really funny to hear* u laughing when your saying a.b
You're*
What was the point of the NOT B gate?
That laugh at 4:22 xD
On the last part of the video (6:12), since B = A which is 0 and B which is 1, shouldn't the OR gate be used instead of the AND gate?
Yes I too think so
In the Borrow Output, you wrote Abar.B, but 0.1 is 0, and the Bo is 1 in the truth table. How is that so?
Are u teaching all subjects in neso or they are different?
great lecture but i think the not gate with B input is of no use so we should remove it.
Nice
Sir, I think the Borrow Out is equal to A' + B, am I right?
no as it only concerns 1 cell , ik i am late but just writing for future reference of someone else
Borrow=x'y
Ur presentations are really good n easy to understand..plz upload analog to digital converters also
If we needed A'B then why did we connect B to a Not Gate ?
super sir
THIS GOOD
do proper arrangement for combinational and make a playlist of combinational circuit where we can learn step by step please do it right now
Lol
looooooooool
Looooooooool
Super
Sir IC fabrication technique par bhi lecture series banaiye... please....
1:14 using a half subtractor we can subtract only 2 single bit numbers. so how can we subtract multibit number(here 2 bit) using half subtractor. someone explain me this please. thanks in advance.
what is the use of NOT gate of B
?
There is no need of two not gate
The B is not be complement
dil me mars hai
Hey can u make a video on binary subtractor
I THINK THERE IS NO NEED OF THE BAR IN CIRCUIT DIAGRAM...........AM I RIGHT SIR?????????
Yes right
I am going to become a Pirate King
Is this like Comparator?
Sir i think there is no need of not gate at input B..
how does 0-1 = 1 in the truth table?
How ?
0-1 borrow are 0
How Bo is A'B is possible?????
why not bowrrow = A'+B
Do a K-map with A and B, and find the SOP expression for B0. B0 = /A*B.
Please I need d solution.
Design a half adder circuit using only two 2-input NAND gates and two 2-input NOR gates.
2024 gang----->
what if there is no youtube it would become almost impossible for todays generation to pass the exam