Why Do Computers Use 1s and 0s? Binary and Transistors Explained.

[@H3Vtux]

I can't believe this video is at 1,000,000 views, when I made it I didn't expect it to ever pass 1,000. Thank you all for the support!

[@imranchaudhary6128]

if youtube was available in 90s, I didn't have to spend the whole semester to understand computer architect and binary , all under 7 minutes and well explained, Thank you

[@designsbydna6378]

I can believe it. The way you explained it is so simple and concise and so easy to understand! Thank you!

[@heyiamdhana]

You explained it soo well man .Thank you much !

[@redwan4829]

Thanks for this beneficial video. You mentioned in your video that you will upload a video about binary and pixels. I couldn’t find it

[@H3Vtux]

@@redwan4829 It's the one on monitors.

[@mattcowdisease1346]

I got a bachelors degree in computer science and not one teacher could explain binary in all 4 years like this video did. congrats really this was a work of art.

[@klikitzsmith8416]

Hes very smart, or knowledgable. If you can't explain it to a six-year-old, you probably don't understand it yourself - Einstein

[@edge6192]

@@klikitzsmith8416 Feynman technique is same

[@SuperCookie011]

Agreed!

[@smoker_joe]

@@klikitzsmith8416 : "The thing about quotes from the internet is that it's hard to verify their authenticity." Abraham Lincoln.

[@Thomasjohn1490]

I absolutely agree.

[@danielhumphrey2543]

Just want to say I work for a tech distributor and have suggested your videos to many clients before. Thank you for a great visual representation of binary structures.

[@H3Vtux]

Thank you for giving me that exposure, it's a tremendous help! Not sure if this is related but the video I recently uploaded on logic gates seems to be ringing well with people. If the distributer you work for ever wants a video of this nature made on a specific topic, you can email me at [e-mail]

[@beethovenplaisimond9565]

Honestly, you deserve a medal because of the simplicity that you use to explain the subject.

[@KurohyouKitty]

Holy crap, I am someone that took technology for granted but seeing how much effort has been made into making our technology as high speed and as amazing as it is now appreciate everything so much more. You can tell when someone knows their filed so well that they can explain it to someone who knew nothing about binary and can now explain it to someone else pretty well. You're amazing! I'm looking forward to learning more!

[@SMFJose]

Still single 😂

[@KurohyouKitty]

@SMFJose bro what are you doing replying to a post from 3years ago

[@SMFJose]

@@KurohyouKitty 00110011

[@vikymakingmoney]

I started studying ICT this year in high school and with a video you explained what my teacher managed to explain in 4 hours, THANK YOU.

[@vinitmanerikar5444]

I did not understand this in computer science lecture, u explained so nicely in 7 mins' video. Expecting a lot like this.

[@esfasia9835]

Hah, you were even expecting to understand this by a lecture! that's a good joke. Usually those people you call as a teacher don't even know the concept of how it works forget about explaining to you. This goes even further as they were not even being taught properly in their time, then the cycle goes on. And this is what happens when you make education as a profit-driven organization. they are more focused on payment & exams rather than explaining simple concepts & driving you towards a real profession. ...Germany comes in mind right ! free education...

[@zachdauman5464]

For most People: Learning is a mood, not Skill. Sometimes you can understand Sometimes not.

[@omniyambot9876]

omg I understood this since 8

[@bonkmaykr]

It's really simple. I'm surprised people have trouble teaching it

[@puckyMaXxx]

@@omniyambot9876 rly? explain me why no stack greater than 64 bit/ bigger dan QWORD?

[@LAZYGAMING69]

It has been half a decade but I think this video and channel will help me through college, which is where I am rn.

[@Alirezarz62]

I'm stuying computer programming and although I knew about this, After all these years this is the most basic and understandable guide about this topic I've ever seen or heard! Fantastic job so glad I found you in my feed.

[@samanthastewart8958]

as a high school student watching this, this has explained way more about why computers use 1's and 0's than any teacher probably could explain at my school, good material here to learn from!

[@dlrowle]

Q: What do you call a negative one sitting all alone in an empty room? "overnumerousness"

[@rgruenhaus]

High school has levels of math that going to college adds to. Computer electronics in college moves into the workings of computers utilizing the components with various math equations.

[@Diwasho]

Good quality visual aid helps, so no big surprise here. There is only so much a teacher can convey with words and a blackboard, even books with detailed illustrations can struggle getting their point across because pictures and text can't beat animation/motion and audio speech.

[@austinfifield1365]

You mentioned at 4:10 that a byte represents 255 values. Just to be clear, it represents 256 values. The highest value represented is 255 but 0 is included; therefore, 256 total values are represented. EDIT: I now see you have mentioned this in the video description. I'll keep this comment up for those that didn't read the description.

[@amarsirfmai]

Can u explain this, I don't really get it.

[@knightdaleknights44]

@@amarsirfmai a byte is 8 bits of data. An example in binary: 00000000 to 11111111. 11111111 represents 255 in decimal. 00000000 represents 0 in decimal. That is a total of 256 values because you include 0 (00000000), though the highest represented value is 255 (11111111).

[@shujamukhtar4563]

@@amarsirfmai 0 - 9 are 10 numbers. just like 1 - 10. here 0 is like 1 as in 1 - 10 meanwhile, 9 is like 10 as in 1 - 10.

[@soufianDEMOS]

@@knightdaleknights44 Couldnt explain it better. Congrat !

[@adrianjake6599]

The video is right 255, because in Graphics Design we consider 0 being the absolute black counted as color, so RGB represents only 255 +0 which is black, 255 being the brightest or white.

[@GuardianApe]

All these years of throwing the word binary around and converting bases , I never understood why this was used until this brilliant presentation. Thank you . Subscribing right away

[@satisha1599]

Now i can die peacefully

[@irenan6585]

me 2

[@ibreliohussein8040]

hhhh😄 hilarious

[@aminurrahaman6839]

Haha😭

[@shaan7481]

hahah

[@kryptonite4974]

Hahaha

[@howaboutsomesoyfood]

This is one of the few videos that clearly explains binary. This has been a difficult concept to grasp for me, but this helped a lot

[@user-sus6969]

10000111100101100

[@markstone7142]

Brilliant - so many times I have searched why 255 was such a limitation with IP addressing, but I couldn't find it - and you have answered it so simply in 8 bits at 3:20. I wish I understood this so much earlier. Many thanks!

[@TraumaER]

*This video should be nominated for some type of award.* Finally I found out what the transistors do in terms of translating them to characters on the screen!

[@pizzachi]

First of all I didn't know at all why computers use 1s and 0s so when I found this in my recommendations I was curious to find out so I clicked on the video and learned a lot from your good explanation. Very helpful.

[@friedchicken1]

my computer only uses 0s

[@johnfranklin5784]

why did you say first of all

[@pizzachi]

@@johnfranklin5784 because I didnt Know anything about 1s and 0s and its the First thing im saying in the comment

[@johnfranklin5784]

purple cream you only had one complete thought, no need for a “first of all”

[@richardturner6981]

@ fried chicken: where was it made, Taiwan?

[@chrisklecker]

This video is perfect even for high school kids. It's short to the point and easy to understand. You don't get into too much detail.

[@cuneytb.4911]

this is definitively one of the coolest and easiest to understand there ever could be about this topic. Great job bro !!

[@sonicvilleras]

Ive been searching for YEARS a video that would help me understand this. FINALLY! Thank you!

[@boodyramadan1976]

I'm a computer Engineer and I still learned new things from this video!!. Amazing video bro❤

[@buildingnemo4266]

Beautiful explanation right here! You've simplified a computer engineering course in the space of 7 minutes, and I'm sure you've inspired many beginners on the subject what the inner workings of computer processors is really all about! I commend your work entirely.

[@parallax8207]

A good video but a lot of stuff is missing. it's not clear how computer " know " how to make the the logic

[@thehotdogman9317]

@@parallax8207 That my friend is called the ALU which is built into the CPU. You know computers use transistors to represent data in binary, now the next step is to learn about *logic gates.* There's a video game called Turing Complete that does a good job of guiding you through the process of designing a computer from scratch.

[@michaelallenbuckman]

Dude...very well done! This has always been a difficult concept for me to grasp, but this is one of the best videos I've ever seen on the subject!

[@H3Vtux]

Hey Michael, thanks for the positive feedback! I'm glad it helped!

[@Bippy55]

July 2023 - I’m so sorry that I came to your channel and explanation about BINARY so late. It is bulletproof … simple to understand and surpassed any example I’ve seen in college. More power to you in whatever your plans are.

[@michallawson2061]

I think this is the first time I've ever commented on a videp before. Simply wow! Your ability to simplify topics and make it accessible to people on different levels is simply admirable!

[@selvin9845]

You have no idea how much this video helps me to understand as a beginner in I.T 🤗 Thank you very much. Please don't stop making this type of educational videos 😎👍

[@H3Vtux]

No problem I'm glad it helped! Is that Joe Satriani in your profile picture?

[@Linogiven-O]

Better than ordinary teacher. thank you very much

[@marciolopes3446]

Please make more videos like this You really have a talent for explaining things that most people would see as complicated in a very easy to understand way

[@nihil45]

Amazing!! This is how one should teach! The connections from each subject are apparent and logical. The voice is coherent, the pace is right. Great job.

[@qwertyuiop-gn5vi]

Best machine tutorial ever. This is what am looking for. I start programming and i understand it crystal clear. It is so full of quality content and interesting. I literally turn off all device in house and focus whole 7 minute on tutorial is is interesting when it is put together in simple human logic without fansy abstraction like proffesors do where you spend huge amount of mind energy just to decode abstraction they always do. As comparison you talk about machine code and this tutorial is in human code. No aditional mind energy needed to understand. So good thank you

[@Defectivania]

whoa, I've had this explained to me several times, but I think this is the first time I actually understood it. thanks!

[@kandimegahan7844]

YES! Exactly!

[@currentmuvingi5936]

THERE IS NO NEED FOR ME TO GO TO SCHOOL AGAIN I RATHER LEARN THROUGH THIS CHANNEL, THANK YOU BRO!!

[@filipovaca2584]

It is not because you did it. It is because the way you did it. Very well explained. A lot of patient to do the explanation. Simple and understandably, and very informative. I really liked. Thanks for doing this video

[@desinewyorker2285]

Being a Civil Engineer I was always fascinated about computers but the bookish knowledge always seemed too overwhelming to me. This video made all the same information so easy to understand. I think I might switch my field of work!! Thanks a lot!!

[@Mars8765]

There are 10 types of people in this world, Those that understand binary, Those who don't, And those who were not expecting a ternary joke.

[@anonym9929]

MrGoldenTrees r/woooosh

[@servantofjesuschrist839]

😂😂

[@escobyte]

[@TS111WASD]

Nice.

[@ozioma]

what

[@jcpmac1]

Beautifully explained. Clear, detailed and perfectly structured. And almost as importantly, well measured; there's none of that maddening, manic delivery that's so often favoured by KZbinrs, suggestive of the narrator having to rush to complete his (or her) video before the plane leaves. No distracting, irrelevant music or silly sound effects, either: it's the subject that's allowed to be the focus of attention.

[@ellDiavolo666]

Ive been watching a lot of youtube videos explaining this stuff and so far yours are the best. Thanks and keep up the good work!

[@pratiks3]

Hey - you’re a great educator. I was trying to relay this information to a medical doctor friend and I wasn’t articulate. It’s crystal clear now.

[@filippians413]

Easily one of the best explanations of binary code I've seen.

[@Junniewest]

This was extremely interesting and insightful. I'm trying to learn more about computers and how they work and your videos have been a big help. You explain everything in a way that I can understand easily.

[@sahilkishnani2450]

Heyy bro now I'm at the place you probably were a year ago would be great help if you can tell me how to go about understanding the basics about the computers Thankyou Have a good day

[@Kevin-p2l5b]

Okay.

[@osmancagil5956]

Simple and clear explanation. Many thanks for your great work that made me feel confident to keep my goal of studying coding since I finally started to understand the very basics of computer science. I watched numerous tutorials and got nothing until this one.

[@kornweed]

that's incredible, the way he worded it and made a 7 minute video of basic binary is really awesome!

[@jatishrajwani2588]

Thank you so much for making me understand this concept literally no video could explain this concept so nicely

[@frankzieziula9306]

JUST SO FANTASTIC. Finally, I understand .004% of computing and that. is a LOT more knowledge than I had before watching this video. Thanks so much

[@masterxilo]

An important reason for why "computers" (and digital communications) use only the two states 0 and 1, is that it is the simple possible distinction you can make between the possible continuous values of an (analog) signal. There used to be good and bad VGA (analog image transmission) cables that would add more or less noise to the analog image signal, giving you a better or worse image in the end. With digital transmission, unless a significant amount of noise is exceeded, the 0 or 1 that is sent will be interpreted correctly as 0 or 1 by the other end, even in more noisy situations. 0 and 1 sound the same to both ends. As soon as there are more possibilities, the potential for error and misclassification increases.

[@MarxistxAthena]

Thanks for this great video as since I was a kid in the mid to late 2000s, I never understood what a bit was, but now I do thanks to this great video that explains it in a way that isn't too simplified but is explained in a way that is interesting and simple enough for most people to be able to get an understanding of it quickly.

[@dimitardimovski8240]

I came here after I didn't understand a thing my professor said about this lecture and after just 7minutes i learned more than in 1 hour. Thanks

[@nicholasberardo4699]

Great video! I like the way you make the connection between 0's and 1's and electric charge on or off. It would be interesting to see a visualization of how it all works, how and where the electricity flows, and what we see from that.

[@chasadisum]

Best ever search result, i ever encountered with and And finally now I can correlate and understood bit/ byte concept. And Mr #H3Vtux , you are the best bro - you taught a Biotechnology students IT and who understood everybit of it. You could be a great professor ever. I am so much happy today. So thank you very much. I am joining your family now😊😊😊😊😊😊😊😊

[@H3Vtux]

Thanks man! I'm glad I could help and I appreciate the positive feedback!

[@aliobaidi8374]

This is the most useful video I have ever watched in my whole life. Legit! Thanks, Man!

[@Vendubak]

Ok, this is what I was looking for for really long time! Explained so effectively! Thanks for this!

[@ohaRega]

When you said "one million and one" I twitched uncontrollably.

[@H3Vtux]

That's debatably how it's supposed to be said kzbin.info/www/bejne/np6WYYJrhbGheJY

[@andrewbuckley2627]

@@H3Vtux That's one youtuber who is introducing more confusion. Nothing is gained by suggesting "two" to "nine" no longer exist and that numbers go "zero", "one", then "ten". People learn in grade school that numbers are independent of the objects that they represent and the symbols used to represent them. We know that other languages have different names for the same values, that's not helping his case. Using the word names for a given value is the simplest way to be unambiguous about the value we really want. The only reason to do this is to be able to refer to a specific symbol in a specific column, in which case, it's not actually the whole value we want anyway. Just say the symbol. 0xaa55 | 10101010 01010101, 0o777. "hex 'a' 'a' 'five' 'five' or 'one' 'zero' 'one' 'zero' 'one' 'zero' 'one' 'zero', 'zero' 'one' 'zero' 'one' 'zero' 'one' 'zero' 'one' , octal 'seven' 'seven' 'seven' '"

[@skyworm8006]

@@andrewbuckley2627 Yes also numbers predate the positional system and different bases. Even the way they're said, in many languages, reveals this. Reading out base 10 uses it but it doesn't make it universal. Independent of representation, a thousand means a thousand.

[@H3Vtux]

@@andrewbuckley2627 In what way are numbers taught to be independent from raddix in grade school? Even in late high school most schools don't teach students to think about anything outsade of base 10.

[@andrewbuckley2627]

@@H3Vtux By showing them apples and asking how many there are? What radix does "twelve" use? We only use the term on the written word where we have symbols.

[@jvitor.csantos]

I had never understood the systems, 32, 64, etc. bits thing until now. Thank you very much.

[@LeilaniTamara]

Successful people don't become that way overnight, what most people see at a glance wealth, a great career, purpose-is the result of hard work and hustle over time I pray that anyone who reads this will be successful in life.

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That's why we need to plan ourselves making extras in all we do because depending on paycheck that can give us our comfort and peace till we die is not guaranteed

[@rowenaworthington000]

This is actually what most families are going through, tax and rents takes almost what they got monthly, leaving them with no savings...

[@elisangellaborges]

I'm a nurse and I saw all this coming, so I've planned myself so I engaged in forex trading, little I know about the business though but so far so good, Forex trading has been my very means of savings lately while my salary goes for bills and utilities

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Despite the huge drop in crypto and fx, I still make good withdrawals. I don't believe that profit making is not possible despite the drop in stocks when you got good mentorship

[@carlymaurer]

I'm new to cryptocurrency trading and I've been making huge losses but recently see a lot of people earning from it. Please can someone tell me what to do?🙏

[@eggyrepublic]

It might be useful to just think of computers as only capable of storing and processing boolean values. When it comes down to single transistors, your voltage in each wire is either low or high. We interpret booleans as numbers in our minds because it's just easier to represent them that way, and since boolean have 2 states, using a base 2 system makes the translation the most direct.

[@subyhandstands285]

Finally someone explains this in a way that is simple to understand. The visuals help a ton too. THANK YOU!!! =D

[@Girtharmstrong69]

the internet and computer science always felt like actual magic to me, now I know it's just electrical current and tiny light bulbs

[@ercm2393]

Awesome video!!!!! I came here because I am learning about coding using C# for VR! Thought I would dig a little deeper on the concept of Types (in particular Intergers.) u definitely break everything down! Thanks man! 🙏🏿

[@Gstar-tb8ss]

my teacher used this video to help us, i got the link to re watch again. Good work! very helpful

[@H3Vtux]

Thanks Gabby! It's always amazing to hear teachers are using my videos. Tell your teacher I said thank you so much for the exposure!

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I’m so happy I made productive decisions about my finances that changed my life forever. I’m a single mother living in Vancouver Canada, bought my second house in September and hoping to retire next year at 50 if things keep going smoothly for me

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[@wilsonanderson1162]

How can I get her assistance?

[@Jamieelliiott]

>> you can communicate with her on telegam with her user name below

[@Jamieelliiott]

@@wilsonanderson1162 >> @loicemartha

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I appreciate the trust built over the past few months of working with her. I always receive my weekly profits. Thanks to Martha's trading strategy.

[@jbhga]

My teacher showed me this video lol 👍

[@Razticz]

my teach eats caterpillas

[@LiveTheLimit]

my professor showed me this video in our C/C++ class lol

[@jyotipanda9758]

JoshPlays come with next video about different colours and it's binary code

[@BillAnt]

The question is, why even have a teacher, or will teachers just show KZbin videos instead of teaching? hmmm

[@Cttohyx]

Same

[@JeroenBeukers-g1c]

Phenomenal job! Your powerful and simple digestible video should be used in every school to teach everyone these super-important basics of computing! This helped me understand fundamentals of computing for the first time in 36 years of computer use.. Very well done and keep up the good work! :)

[@LydellAaron]

This is amazing. Thank you for breaking it down to the fundamentals.

[@Ken.-]

1:03 Just sitting back and seeing the magic eye illusion that is made from the apples. The vertical line down the middle is further back, and there are a couple of apples on the right closer to the viewer.

[@davidlingo9716]

Hours of thinking about learning the principles behind computers... Didnt know it can be explained in just 7 minutes, thank you.

[@H3Vtux]

No problem! I'm glad it helped.

[@sharhondahope6600]

I dont know wtf is going on but because my nephew who is a genius sent me this , I proudly watch the whole video ....Love my guy Yumi Gelpi :-)

[@AuthenticWaves]

Nice, recommendable video. The initial choice of a two state base is related to logic states as well as to digits. Without being a hardware specialist, I believe that It also minimizes errors. For a given maximal voltage, increasing the number of states (to 10 for example) would probably raise the number of errors in a linear fashion. Also, It would be an overkill for representing true/false states.

[@reviewneo1449]

You know , you're one of the genius minded in the world . You are making a difference. Thank you very very much. I hope that your dreams came true .

[@capswing8055]

Well that was a pretty clear and clean explanation. Nice job!

[@shahryarhabibi7187]

Very well explained! thanks

[@foxymetroid]

To go more in depth into how computers use binary, their insides are essentially electric pathways and microscopic switches. A 1 means a switch is allowing electricity to flow along a specific path and a 0 means electricity can't flow through said path. More complicated systems of switches and pathways allow computers to use full bytes and "nibbles" (groups of 4 bits with a "hexadecimal" (base 16)) as well as access specific parts of the computer, whether it be a specific file or even hardware.

[@lr937]

Finally, teachers nowadays explain everything the way politicians do, confusing, diagonally, and complicated, all in an effort to try to look smart

[@supercoolmunkee]

Dude this is literally the best explaination anyone could come up with. I rather just do the fucking work and not waste time with nonsense bullshits!

[@hulk6315]

[@bsuarez3455]

I feel much smarter lol Thank you for taking the time to Teach us!

[@howardnevil4427]

Text me 6087288307

[@kwissiekwissie]

wow wow WOW. I know all this information but NEVER has it been explained so compact and clear as you did!!! #MyCompliments!

[@landgirls3076]

I'm 12. My mom told me about this video. It sounded boring and was the last thing that I wanted to do but I found it very helpful.

[@nu_jasuu6873]

For quiet a while I had the misconception that binary was some magical computer language that only meant “on” or “off” and with enough “ons” and “offs” in a specific pattern you can get a meaning. Because that is how it was taught to me. Once I realized it’s just a number system, Computer Science made a lot more sense to me.

[@joughnut496]

I’ve been looking for this video for like 2 years!!

[@Kapin05]

By the way, you can use binary counting on your fingers too if you're counting a large quantity instead of tallying and remembering how many tens there have been. You can count all the way to 1023, over 100 times more values than tallying. It's dope.

[@H3Vtux]

Indeed! Only problem here is that some combinations are REALLY hard to make on your hands. Thumb and ring finger for example.

[@Kapin05]

Yeah, you also don't look particularly nice when you get to four...

[@monkeyrobotsinc.9875]

4S MY FAVORITE

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[@oudomkkonira4941]

Ok

[@ionut.666]

This is a very well explained video, but I would like to mention something about the fact at 1:50. It is incorrect to spell "101" in binary as "one hundred and one". This spelling ("one hundred and one") is spelled in base 10, not in binary, so the correct version for "101" in binary would be "one zero one". Hundreds exist in base 10, as you have shown at 1:35.

[@H3Vtux]

I actually might make a video on this topic alone. I looked heavily into it, and believe it or not, to this day there is actually no universal consensus in the math community on whether or not phonetic pronounciations must refer to the amount of things represented or the numbers written down (regardless of base). Personally I would say "one zero one" rather than "one hundred and one" but I debated a lot on which to use. Often times when trying to explain this concept using "one zero zero one zero etc" People sometimes don't grasp that this is in fact a counting system. They think it works like mores code, where a pattern of 1 and 0 is just randomly assigned to values. It might have been more confusing the way I did it here... not sure. Was the hardest decision I had to make about this video.

[@kevinstuart6921]

He meant in base 10 we represent it one Hundred and 1

[@freecrac]

I spell hexadecimal values also separatly in half bytes sequel of high nibble + low nibble, high nibble + low nibble....

[@bybrum]

Referring to 101 (base-2) as "one hundred one" to refer to the value 5 (base-10) is quite misleading for young learners. Binary system of base-2 number system is taught to young learners and their mind set is the base-10 system so reading a binary number using the base-10 reading scheme should be avoided, imho

[@nickjordan2610]

Bybrum Lemana this was the best. Thank you. This settled it for me.

[@timtann3411]

This is the best video I have watched on Binary. Thank you. I feel like I need the see the practicality of binary with understanding the micro transistors and things are making a lot more sense. Great teacher :)

[@sadie1150]

I’m gonna save this vid and come back to watch it once I’m high. That way I understand better.

[@josephpiouskowura3461]

😆😆😆

[@hjohnstone6921]

Thank you so much for making and sharing this vid… you might have possibly changed my career 😉… thank you again

[@IS-lz5ev]

Thanks!

[@packersprik]

If someone truly understands a subject they can explain it so everyone understands. You truly understand this topic. Thank you for posting!

[@sukhjindersingh1779]

That was a really interesting video, I have been learning about computer for 2 years in university but no one taught us this thing why and how binary counting is used for the computer. Thank you very much @ H3Vtux for making such an interesting video!

[@abubakrbardien7246]

Thank you, I found this very interesting/educational.

[@user87659]

Great video brother. I was looking for a particular solution of binary. You can say, almost I blasted my search tab, but the result was negative. Finally, I got the solution in this great explanation. (From Bangladesh)

[@lochanshivaram6079]

This video was very helpful, thank you!

[@somegaykid3945]

I can't believe I had to learn this stuff back in year 3, my teacher asked me how I knew how to read to decode binary with my mind, I said "my ICT teacher back in year 3 taught us this" and my teacher was so surprised, I'm in year 7 BTW

[@sogyelful]

I don't know if you're going to read this but PLEASE keep making videos. You are one of the few channels that actually explains things without simplifying it to the point that it's incorrect

[@H3Vtux]

Thanks Trashi! I really appreciate the feedback. The past few months my primary job has gotten really busy so I haven't uploaded as much, but I hope to soon find a balance where I can get some more of these out.

[@kimjunoon8369]

Can we use transistors with different brightness to represent decimal numbers instead of just on and off represented as binary?

[@saineyjatta6962]

Exactly bro I will be really interested if it will be a possibility

[@joakinsa]

Usually transistors has a number of different regions where they can operate. The most basic ones are saturation (logic one) and cut off (logic zero). But there are other forms of operation, like when you use it to amplify voltage or current. In this form of operation you could use different voltages, not just "one" and "zero", but you will end consuming more power and making the hardware bigger and more complex. In summary binary logic is more simple and smaller.

[@rosyidharyadi7871]

that's how ADC (analog to digital converter) works. smooth wave like sound converted to several discreet levels of voltage, which then converted to binary.

[@sushi7910]

3:14 is actually 255 in binary code. 1, 2, 4, 8, I mean.

[@JMZReview]

Are you absolutely stupid !? 3:18 !!!

[@freehail]

i dont know what im watching but its 5 in the morning, i havent slept, and ive got work in 3 hours. this entire video makes full sense to me, although i will not be able to recite a single piece of it at all. ever.

[@testertester8611]

Very nice Video! But there is one mistake you did :(, a Bytes highest Value is 255, that's right. But in 4:07 it says : Byte, 255 Possible Values ... this isn't right. Sure it counts from 00000001 00000010 00000011 ... to 11111111, is 255, But actual POSSIBLE Values of a byte is 256 in total, since you forgot 00000000. I know 00000000 means 0 in decimal or nothing, but it's still a value. So ... yeah, this is it. Sry for my Bad english

[@H3Vtux]

Yeah, I noticed that after the first upload. I mentioned it in the description. Drives me crazy to know it's there.

[@testertester8611]

H3Vtux oh ... I didn't see it, my bad!

[@H3Vtux]

Hey no worries, and your english is good!

[@CZghost]

Don't worry, I do not read descriptions of videos whilst watching them, nor comments, so I also pointed that out :D

[@heart4011]

255 for a byte is right since the mathematical equation is (2^8) - 1 so 2 to the 8th power gives you 256 and minus by 1 gives you 255

[@sachingundewar1734]

U are good at explaining or either i am good at understanding 😂. But bro nicely explained!!

[@flyzo1977]

ya the person who explain is important

[@Icon00000]

I was really looking for some video like this to know about the Core Basics; These are the one of the few really basis things to build innovative things in this field

[@sane7263]

I think I didn't understand the 22706 1:22 can anyone explain??

[@fullfungo]

22706 is 2 ten thousands, 2 thousands, 7 hundreds, 0 tens and 6 ones added together. one is 10^0, ten is 10^1, hundred is 10^2, thousand is 10^3 and ten thousand is 10^4. (Here a^b means “a to the power b”).

[@James_Knott]

There are ten kinds of people, those who understand binary and those who don't.

[@GamingXGames_]

How does this have no replies??? This shit is unreasonably hilarious! On a scale of 1 - 10 I'll give it a 1001

[@andrewskratt9552]

IM LOST WHO FIGUED ALL THIS STUFF OUT ,ITS AMAZING

[@selvasakthi7155]

Thank You.. I started learning computers.. and this video helped me ..

[@saskiavanhoutert3190]

You do just your best to collect information of computertechnology, i like it either Good luck.