Your presentation is good and energetic but slightly misleading. In reality, bitmaps aren't stored like this-each pixel is not represented with a letter from the Latin alphabet. Instead, each pixel has a colour which is defined by a string of bits, and the length of the string of bits determines the colour depth of the image. It's clear from the comments that you have confused a number of people about the method in which the images are stored. Instead of saying that each pixel is stored with a letter, you could have said that: In the black-and-white image of a cup, each pixel is stored as a 1 or a 0. If you have four colours, each pixel is stored with two bits (00, 01, 10, or 11), thereby the image has a colour depth of two bits. You've explained the use of binary and transistors in computers, but transistors don't "store" 1s and 0s. They simply allow or disallow current to flow through them. Also, Unicode is not used for storing images. Unicode is a standard for encoding symbols and letters from other languages and writing systems. I don't want to sound condescending, and correct me if I have made any mistakes; I understand this video is meant to be simple, but perhaps you've made it "too" simple.

his little dance is cute and funny at the same time lmaooo

Picture = Pi Element = El pi"x"el. That's where the "x" comes from!!

Each pixel varies in color, including pixels that will look like they have a gradient shading. What happens is that each one of those shades will have a number code that refers to the 1s and 0's. Each one of these shades recreate the picture. The more complex and the more pixes, the more defined the picture will be.

Appreciate the way you kept it simple mate! Thanks for ensuring to cover all aspects too, which a rookie may have as doubts!

this dude is good at teaching shit

I too fell in love with transistors and bits sometime ago and have started exploring them deeply. So Hi-Fi!!!!!

He is a good teacher and I loved the tutorial. I want to add something, computer stores bits(0s and 1s) in flip-flops not in transistors. Another thing is that flip-flops are actually combination of transistors and some other electronic components. A single transistor can not represent whole flip-flop.

Damn my computer works so hard to display hentai...

6:37 "here's the real interesting bit" am i the only one that caught this pun?

I love u bro. I was searching this years and finally you explained very well.

This is the best presentation i have ever seen!

Great explanation!Thank you!

Thank you so much for this. I'm studying digital electronics and it all makes sense now. I love you brother

Bro... Transistor doesn't store bits... It only use for processing bits..... Bits stored into capacitors(dynamic ram) or flip flop(static ram)... N microprocessor doesn't store anything.... It only use for processing... Sometime it holds value in its registers.

Wonderful boss. What a genius explanation it was! Your have cleared my one of the doubts which was in my mind for years. Thanks a lot . Please make some more videos like this.

Imagine explaining this to a person from 500 years ago.

This video started out kind of weird but it got really good at the end

U are a great teacher brother!! But I will be happy to know in detail about how transistors work😊😊 Thanks for video!

Love you presenter..for such an amazing explanation.

According to me You are the best teacher in IT sectors..👍👍👌👌

This is great, no other video helped me but this is perfect.

Very simple and good way of explanation. I don't care about the internals or details but the explanation is very well. Cheers!

What are dimensions for pixels are they rectangular or circular in shape

Brother.. Your way of explanation win my heart❤❤👌👌 Good job ...keep it up......

Thanks man, I added a like because your time is valuable and you sacrificed it to teach us.

Mind definitely blown. Great video and explanation!!

You are a freaking good teacher !! Thanks for sharing

What if the computer wants to store gray and green at the different pixels, it will Code the alphabet to "G", then this G will convert to the one to one mapping, and then how will it recognize that the particular G belongs to gray or green?

This video explains this concept more easily and just better than literally any other video on KZfaq. Bravo dude!

Answer: Yeah, actually music is stored in 1 0, because the music is a vibration for a thingie turning off and on, and the movie too, videos are combinations of photos, then u add music, ta daa

Impressed and subscribed!

I never think about this topic...really it's change my mind to look out htings... Thanks!

the way he got that transistor from his back, i can feel his passion.

Thank you so much Sir . This is a great explanation .

can i write down alot of ones and zeros and convert it to picture ? to see what it really looks like?.

really great video, simple, well explained thank you

you are amazing.... i fell in love with your teaching style... 🙏glad i found u

Awesome sir...no words are enough to compliment u...

awesome awesome presentation as well as explanation! More!

Dude we need youtubers like you

I loved the presentatio and i completely understand what he want to say And i wish to explain How USB connection work ??? by the same way and the same person Thank

easy to understand.. good job!!

I dont understand why they don't just store 3 images, with each one being a direct bitmap in each primary colour (RGB). (Ex: red=1, black=0 for the first image, etc.) Won't the information be much more compact?

This is so super simple but I never think that way. Thank you

The logic of 1s and 0s is pretty simple. 1 stands for true, 0 stands for false. Starting from left to right increasing the exponent of 2 (starting from 0) and adding the true members together. Any number can be obtained like this.

If every thing stored as 1n0s so what's difference between image file stored as 1n0s and mp3 file stored as 1n0s?? Or why my image file isn't playing while I rewrite it's extension as .Mp3 ?? Does anything else also stored in a image binary file to specify it's extension??

You really explained this well!! Really glad bro love you 😍😍 My computer wasn't able to explain this much

Woow, this is such a great video. You explained it beautifully. Kudos to you👌

How is so much information (music, audios, pictures, videos etc) stored inside such tiny micro sd cards? And how is everything stored as 1's and 0's? When would you know one set of numbers ended and another began? And how do these numbers convert into sound?

ah, i didn't realize each pixel needs its own transistor. i guess that makes sense and makes it easy to understand.

Man ..u r just great..ur demonstration says a lot ..its clear my concept.. thank u vry much..

Hey dude! you are a born teacher, keep it up, man!

Awesome explanation....

Many thanks for explaining it so simply! I have a few questions I would be very grateful if you can explain the answers. 1) How does the computer know how much of the square is filled, either white or black. In your example some squarea were partially coloured. 2) How does the computer recognise the colour being used?

Dude, you are awesome! You present this HQ-content in a very dynamic and inspiring way! Keep up this great work! Best regards from Germany

Very well explained ! Thank you ! 🙏

thanks a lot for explaining this. but where is the part 2 man ? i am interested in knowing how is for music and videos?

How transistors are manufactured when they are very small?

YoungMan a'm from somalia Actually you made very nice presentation thumb👍up gy.. i come here to understand how computer store i didn't come how binary work anyway your information made me to appreciate you..

Really great presentation!

such an easy explanation , thank you

Sir I have a question that if two colors with same first letter what it can do for example. *Black and Blue*

loved it!!!!💗

Such a great video!

Just appreciate the things we are getting with computers and smartphones

You done a good thing ...it was really helpfull

Very good teacher

Really helpful to me Thank you

Thank you very much dude.It helped me very much to understand how computer works

thanks for the video brother it's awesome and very helpful

Excellent video bro!

I already knew this but I still watched If u liked this , u would love crash course computer science 10 times more on KZfaq , its one of most entertaining courses on KZfaq

I would like to know how the image is dsplayed in the monitor

I like the video very much You make me understanding more deeply this topic Please make videos more and more videos like this

Brilliantly explained. Thank you.

Nice explanation for beginners...thanks sir!!

The only thing that blew my mind was how small a transistor can be. i mean, four atoms? how are you even able to hold it or see it?

U r great sir u solve one of my biggest dought 🙏😇🇮🇳

Amazing translation!

Superbly explained bro..👍

Excellent bro easy to understand Keep it up.

I love ur way of saying and explaintion

Nice video and super explanation sir. please make the how to read the bar code and qr code in scanners. please upload telugu videos.

Is it possible to generate an image without actually capture an image (reference from some other image code)?

holy, transistors are awesome!!

Geeze, then how are these mini-transistors are made and put in the processor if they are THAT SMALL! amazing.

6:35 "Now here's the really interesting BIT" was that meant to be a pun or did I just make it one...

U can make a video about "how could we managed to make transistors that tiny!"

Isn't modern pixel stored as 3(sometimes 4) unsigned 8-bit int(r, g, b)?

U got good english than many other indians dude..including myself ;-)

just awesome video , thanks bro

what if a pixel has both white and black? what does it represent that with

Hi what's the algo behind converting 57 and 42 to 0s and 1s?

Which course is this? Thanks in advanced :)

Bro video is amazing.. Really easy to understand... Expecting more videos bro

You just explained an algorithm behind storage of image

thank you for your style

Whoa! This blew my mind!!!!! Thank you!

Where did you get this lecture from?