I usually hate these "hand-drawn" videos but this one was explained simply and got straight to the point to help me understand just how much size each held. Thank you.
Thank you!! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
1 kilobyte (KB) is actually 1000 bytes exactly, there is a common confusion about this. kilo, mega, giga etc. is always a power of 10. For power of 2 we use kibi, mebi, gibi. For example 1 kibibyte (KiB) = 1024 bytes. Part of the reason why there is a confusion about this is that Windows operating system uses wrong terms that does not comply with ISO standards. On Linux and if I remember correctly Mac OS X there is a difference between KB and KiB and they are calculated correctly. That is why a 8GB flash drive is "7.45GB" on Windows and 8GB everywhere else.
I found this very helpful and well presented and have absolutely no idea how anyone could leave a dislike for this video and look forward to viewing their improved version
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Thank you! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
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Haha, that's what we always think, but then 8k video comes along, or maybe someday holographic video, and suddenly 3TB is nothing. :) Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
7 ปีที่แล้ว +14
Really liked this one. I try using LEGO to explain Bits and Bytes, let me know what you think. I do like your white-boarding method of explaining!
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Thank you! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
Thank you!! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
You're welcome! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
You're welcome! Glad it helped! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
You're welcome! Thank you! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
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There's a mistake in the video at 1:40. You abbreviated Kilobytes as (Kb), should be (KB). Just important for newer people to mind there is a big difference between small b and capital B (bits vs bytes).
Thanks ApexProd - Good catch. I'll make the fix on the next iteration of this video that I release. In the meantime, I have added a note at said time to note correction.
Yes, a distinction between bits (small b) and bytes (capital B) is important. However, so is the correct prefix notation. The prefix "kilo" has the symbol k - in lower case, i.e. kilobytes is abbreviated kB.
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Thank you!! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
You're welcome!! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
Thank you! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
Thank you!! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
Thank you! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
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I noticed that too and I was looking to see if anyone else caught that before I commented... Way to pay attention... His numbers should indicate that if in his 1000 word story, the average word is let's say 6 characters, that would make it 6000 KB
and also, at 1:35 the short term of "KiloByte" is kB (with B as capital) because kb (with small b) means "Kilo Bit", which is different from Byte (as 1 Byte equals to 8 bit)
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Thank you!! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
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At 1:15 you say that a 1000 words would use around 1000 bytes of storage space. This is incorrect. It should be a 1000 characters use around 1000 bytes. Great video, my young son is very interested in this.
I don't get it: so I have a Word document contains 100 characters without pictures or charts or anything, only characters. That is supposed to be 100 bytes, right? But when I check its properties it says it's 11,686 bytes. Anybody?
Hello! Microsoft Word stores much more information than just the characters themselves (formatting information, etc.). If you choose 'Save as' and save it as plain text, you'll see the file is much smaller and should be about 1 byte for each character.
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Thank you! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
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I get the 1KB = 1024 Bytes but then every time you increase the value you keep saying "*Actually 1024" like 1000 KB is actually 1024 bytes? Or you meant to multiply by that value? In the same terms that you are using 1MB is actually 1,048,576 Bytes.
You're absolutely right. It increases by 1024 with each unit. So 1MB is 1,048,576 bytes (1024x1024), exactly as you said, and 1GB would be 1024x1024x1024. Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
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Indeed! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
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Thanks, back at you! :) Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
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Thank you! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
Indeed! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
It totally does depend on resolution, bits per channel, compression, etc. A photo could easily be 50MB for a high-res raw format image, or 50kb for a low-quality JPEG.
(at 1:35) you wrote 1000 bytes = 1 KILOBYTE (1 kb), I don"t agree with kb. you should wrote 1000 bytes = 1KILOBYTE (1 kB) , isn't it ? Like for MB, GB and TB ... 1 kb = 1000 bits (1 kilobits) 1kB = 8kb
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A single byte can be a single character. The comparison of: a short story of 1000 words require 1000 bytes (1kb), is really inaccurate unless it's a thousand one letter words and punctuation. But that wouldn't make for a good story.
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Hello! Microsoft Word stores much more information than just the characters themselves (formatting information, etc.). If you choose 'Save as' and save it as plain text, you'll see the file is much smaller and should be about 1 byte for each character.
HAHAhahahaha. Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
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You're welcome! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
Thank you! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
Thank you! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
Thank you! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
Not yet! A petabyte of storage isn't consumer-grade yet. I'm sure it eventually will be! BTW, please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
Yes, good catch, the first version was a bit sloppy. Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
Glad it was helpful!! Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
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Thanks for the comment... I was debating getting into those, but decided to keep it simple for this video. Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
Yeah, 1MB per photo is really a generalization. Totally depends on resolution and compression. A photo could easily be anywhere between 50kB and 50MB. Please see the new updated version (errors have been fixed, storage examples are more accurate, and more terms are included): th-cam.com/video/u4P0LOofEFs/w-d-xo.html
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@@DaneHartman So ? everyone is giving the story of 2^10 ... but this does not really explain anything, 1 byte is 1 byte 10 byte is 10 bytes 900 bytes is 900 bytes but 1000 bytes is suddenly 1024 bytes ? where is this 24 bytes coming from ?
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Hi Dane Can you correct me on something, you say 1 byte is enough space for single letter or symbol, but then you say thousand words requires thousand bytes. Did you mean to say letters instead of words?
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I usually hate these "hand-drawn" videos but this one was explained simply and got straight to the point to help me understand just how much size each held. Thank you.
Very well explained and really appreciate people like you helping people learn about things. Not many people would do that. Keep going!
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1 kilobyte (KB) is actually 1000 bytes exactly, there is a common confusion about this. kilo, mega, giga etc. is always a power of 10. For power of 2 we use kibi, mebi, gibi. For example 1 kibibyte (KiB) = 1024 bytes. Part of the reason why there is a confusion about this is that Windows operating system uses wrong terms that does not comply with ISO standards. On Linux and if I remember correctly Mac OS X there is a difference between KB and KiB and they are calculated correctly. That is why a 8GB flash drive is "7.45GB" on Windows and 8GB everywhere else.
Thanks for the comment, the abbreviations are indeed more complex than I had initially imagined!
This was not always the case. 1 kilobyte originally was 1024 bytes. The definition was changed around 1998, when kibi etc was introduced.
I found this very helpful and well presented and have absolutely no idea how anyone could leave a dislike for this video and look forward to viewing their improved version
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Explained very well....I now know
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I never knew any of this until now thx sooo much!!!!
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This helps us to learn about bits and megabytes for class 4_5
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Thank you so much! Your video was beautiful. Do you have a video with PB,EB,ZB,and YB I would definitely enjoy seeing it. The pictures helped 100%
You're welcome! Thanks for the positive feedback. As soon as Petabyte hard drives hit the market, I'll definitely make an updated version! :D
Well done. I watched this with my son.
Thanks James! Glad it came in useful.
3 terabytes can set you for LIFE.
Haha, that's what we always think, but then 8k video comes along, or maybe someday holographic video, and suddenly 3TB is nothing. :)
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Really liked this one. I try using LEGO to explain Bits and Bytes, let me know what you think. I do like your white-boarding method of explaining!
Thanks Danielle, I'm glad you liked the video - I used VideoScribe to create the whiteboard demo.
For people that wants to know higher bytes?
1024 TeraByte = 1 PETABYTE (PB)
1024 PetaByte = 1 EXABYTE (EB)
1024 ExaByte = 1 ZETTABYTE (ZB)
1024 ZettaByte = 1 YOTTOBYTE (YB)
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Thank you, Dane! I've learned something today. Great video!
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Very well explained 👏👏
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Who else is satisfied about the smooth and nice handwriting? Anyways, very helpful I suggest you watch it.
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This helped SO much. Thank you!!
MEGABYTE (MB) = 1,048,576 KILOBYTES (KB)
GIGABYTE (GB) = 1,073,741,824 KILOBYTES (KB)
TERABYTE (TB) = 1,099,511,627,776 KILOBYTES (KB)
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Very good,now i know better.👍
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Thank you so much. Best explanation I've ever seen.
You're welcome! Thanks for the kind words!
well done I from India 😌love from India sir
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Very informative and clear explanation
Thanks for the kind words!
thank you for good explantation
hello
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*Fun Fact:* There are _8.796.093.022.208_ bits in a terabyte
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Thanks this helped so much
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Thanks so much
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amazingly explained
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There's a mistake in the video at 1:40. You abbreviated Kilobytes as (Kb), should be (KB). Just important for newer people to mind there is a big difference between small b and capital B (bits vs bytes).
Thanks ApexProd - Good catch. I'll make the fix on the next iteration of this video that I release. In the meantime, I have added a note at said time to note correction.
No problem, I really like your content. Keep it up!
Yes, a distinction between bits (small b) and bytes (capital B) is important. However, so is the correct prefix notation. The prefix "kilo" has the symbol k - in lower case, i.e. kilobytes is abbreviated kB.
Thank you.
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Great explanation very good 👌
I love this thank uuuu 👍
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Thanks bro
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this is very fascinating
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Thank you a very good explanation.
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Very nice explanation method. thank u sooooo much sir
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Wow, one megabyte can hold that many books? That's crazy!
1 megabyte is actually about 1 book... Please see the updated version of that video! th-cam.com/video/u4P0LOofEFs/w-d-xo.html
Really amazing
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You misspoke and said "So if you wrote a short story with 1000 words this would require about 1000 bytes..."
You're absolutely right. Will fix when I update this video. Thanks!
I noticed that too and I was looking to see if anyone else caught that before I commented... Way to pay attention... His numbers should indicate that if in his 1000 word story, the average word is let's say 6 characters, that would make it 6000 KB
Yes, thanks, that was a mistake... unfortunately TH-cam has discontinued the Annotations feature, so I can't add a corrective pop-up comment. :(
and also, at 1:35 the short term of "KiloByte" is kB (with B as capital)
because kb (with small b) means "Kilo Bit", which is different from Byte (as 1 Byte equals to 8 bit)
@@KNESBEY how bro, if one word are taking one byte then 6 words should take 6 byte,
I didn't understand plz explain!
just perfect. Thank you so much
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Well Explained, good work.
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Thanks for info :) bye
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Very helpful video, thanks you
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well done!!
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thanks you helpped me with my homework
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At 1:15 you say that a 1000 words would use around 1000 bytes of storage space. This is incorrect. It should be a 1000 characters use around 1000 bytes. Great video, my young son is very interested in this.
Yes, thanks, that was a mistake... unfortunately TH-cam has discontinued the Annotations feature, so I can't add a corrective pop-up comment. :(
I don't get it: so I have a Word document contains 100 characters without pictures or charts or anything, only characters. That is supposed to be 100 bytes, right? But when I check its properties it says it's 11,686 bytes. Anybody?
Hello! Microsoft Word stores much more information than just the characters themselves (formatting information, etc.). If you choose 'Save as' and save it as plain text, you'll see the file is much smaller and should be about 1 byte for each character.
Thx i did pass my test👊🏻
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Very good explanation. Thank you.🙂☘🌲
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Thanks! Very helpful
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Thanks!
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thank-you Dane. it really helped😀
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I get the 1KB = 1024 Bytes but then every time you increase the value you keep saying "*Actually 1024" like 1000 KB is actually 1024 bytes? Or you meant to multiply by that value? In the same terms that you are using 1MB is actually 1,048,576 Bytes.
You're absolutely right. It increases by 1024 with each unit. So 1MB is 1,048,576 bytes (1024x1024), exactly as you said, and 1GB would be 1024x1024x1024.
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Hi you are a very good teacher but I will like to ask a question please please
Sure, what’s your question?
Thank you so much!
This helps me a lot!
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What about Petabytes and beyond
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Thanks man
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Thank you sir
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Den good explain.
Love from India.........
Thanks, back at you! :)
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Thank you so much very good explanation!!!
You're welcome! I'm glad it was helpful!
It's very good video explained. Thank U.
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1MB really seems nothing in 2020 yet in 1970s it would sound like the distance from US to Soviet Union
Totally. I remember connecting to BBSes on a 2400 baud modem. 1MB took FOREVER to download.
THANK YOU!
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Wonderfully explained ☺☺
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what a nice informative video. it is just great sir !!
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There actually more then a peta, Exa, Zetta, Yotta
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1GB can hold 1000 pictures doesn't it depend on the quality of the picture like from 480p to 4k ??
It totally does depend on resolution, bits per channel, compression, etc. A photo could easily be 50MB for a high-res raw format image, or 50kb for a low-quality JPEG.
(at 1:35) you wrote 1000 bytes = 1 KILOBYTE (1 kb),
I don"t agree with kb.
you should wrote 1000 bytes = 1KILOBYTE (1 kB) , isn't it ? Like for MB, GB and TB ...
1 kb = 1000 bits (1 kilobits)
1kB = 8kb
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Great explanation
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A single byte can be a single character. The comparison of: a short story of 1000 words require 1000 bytes (1kb), is really inaccurate unless it's a thousand one letter words and punctuation. But that wouldn't make for a good story.
Yes, thanks, that was a mistake... unfortunately TH-cam has discontinued the Annotations feature, so I can't add a corrective pop-up comment. :(
thanx i learned so easily
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Beautiful
Thanks!! :)
OK , how much room do I need to keep window 7 and all when I cone my hard drive to a terabyte ??? in other ware how much space do I need to keep ??
Hi William! Windows 7 takes about 20GB, so if I understand your question correctly, you should have more than enough room with a TB!
Can you please explain to me why my 20 charachers microsoft word document has a size of 12kb instead of just 20bytes?
Hello! Microsoft Word stores much more information than just the characters themselves (formatting information, etc.). If you choose 'Save as' and save it as plain text, you'll see the file is much smaller and should be about 1 byte for each character.
Another 1 Bytes the dust
HAHAhahahaha.
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Thanx
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Thank you!!
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very useful video.... thank you sr
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After TeraByte is PetaByte... after PetaByte Is? HOW MANY BYTE NAME IS THIS?
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What about petabytes zottabytes and others
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Thank you that was really useful
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Good video
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@@DaneHartman oh my god why do i have a comment from 4 years ago lol
What about a petabyte
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thank you - I now want a laptop which can store 1000 TB.. is that possible?
Not yet! A petabyte of storage isn't consumer-grade yet. I'm sure it eventually will be!
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Man you changed the ratio, first you said 1 picture to 5 books, and then 1000 pictures to 400 books?
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@@DaneHartman thank you
What about exobyte
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I get it now 🙂
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Best explaination thanks
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@@DaneHartman okay
I really like the video and it’s helpful. But I have questions what app did u use for the video please answer
Hi, this video was done in VideoScribe - It makes whiteboard presentations like this quite easy.
Thank you for this video....
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What about kiloBITS and megaBITS?
Thanks for the comment... I was debating getting into those, but decided to keep it simple for this video.
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Brilliant
Thanks!! :)
Wait so a gigabyte holds 1000 photos? I have 1200 photos and it takes up 245 gigabytes. What????
Yeah, 1MB per photo is really a generalization. Totally depends on resolution and compression. A photo could easily be anywhere between 50kB and 50MB.
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great video but what about PB
Thanks for watching! Once PB drives are available to the masses, I'll have to make some new videos!
thankuu soo much for this video..😊
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What about Yottabyte?
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Very nice Sir
#suninfotech
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I'm stuck on the "1024" how do I work that out??
You get to 1024 by taking 2^10 (2 x 2 x 2 x 2 x 2 x 2 x 2 x 2 x 2 x 2)
@@DaneHartman So ? everyone is giving the story of 2^10 ... but this does not really explain anything, 1 byte is 1 byte 10 byte is 10 bytes 900 bytes is 900 bytes but 1000 bytes is suddenly 1024 bytes ? where is this 24 bytes coming from ?
excellent videos bro. keep doing em
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Good
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Hi Dane
Can you correct me on something, you say 1 byte is enough space for single letter or symbol, but then you say thousand words requires thousand bytes. Did you mean to say letters instead of words?
Yes, thanks, that was a mistake... unfortunately TH-cam has discontinued the Annotations feature, so I can't add a corrective pop-up comment. :(
Nice Video
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