Awesome video. Can you explain what this quote means, "A binary address always points to a single byte only.", and also what does it mean someone says, "Memory units are addressable.", or, "word addressable byte size", or, "word addressable word size"? Thank you.
Don't quote me, but I believe you're talking about where the memory is physically being stored on the computer. All data is broken down into byte's, and sometimes you need to know where those actually are for one reason or another. A binary address will point to that byte if you need to access it, move it, or change it.
00100001 is 65, I believe. It all depends on what the machine is told to interpret the data as. ASCII was one of the original ways of storing data, but it had many limitations.
Great explanation. I read this concept of byte many times before, but never was clear as you has showed. Thanks.
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Finally! Something that makes sense!
Very helpful. Thanks for sharing
Awesome video, thank you so much!
I'm early in the video but your practical example idea is extremely helpful for a huge amount of people
Thanks. I really tried to come up with one, as the more practical the easier it is for me to understand, as well.
Very nice video. Thanks for creating
Great explanation
Very good explanation 😌😌👍
Great explanation.Thank you so much!
Thanks alot for the explanation!
Awesome video. Can you explain what this quote means, "A binary address always points to a single byte only.", and also what does it mean someone says, "Memory units are addressable.", or, "word addressable byte size", or, "word addressable word size"?
Thank you.
Don't quote me, but I believe you're talking about where the memory is physically being stored on the computer. All data is broken down into byte's, and sometimes you need to know where those actually are for one reason or another. A binary address will point to that byte if you need to access it, move it, or change it.
Your so good and your explanation also thank you for the video #lovefromIndia
Great Video
thank you
New sub alert sir:) thank you
if the byte structure used to represent character 'A' is actually the byte structure used to represent 65, then how do we represent 65 in binary
00100001 is 65, I believe. It all depends on what the machine is told to interpret the data as. ASCII was one of the original ways of storing data, but it had many limitations.
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Nice
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