Відео

Sir i need to ask, when you conver thet decimal to binary on the first example .75 its 11 while on the next example .5 that supposed to be 1 but you include the next 0. In my understanding I need to exclude the next zero in binary like on the example 1 but you did not do that in the example 2

Crazy how this dude explained this in 10 minutes while my professor couldn't in 2 hours. Much love brother

amazing sir soothing bhajan in baackground

In the last, transfer data from one memory location to other memory location with the help of move instruction is better , but Sir move instruction has remains data of transferred in the first location so what about that left data?

Thanks Raju, I love your videos! It's being great to help me remember the basics of Computer Organization.

thank you thank you

thank you

thanks

values here you can understand how did we get it ? The number 4byts =32 bits so Just calculate by the powers of 32 or Go to the calculator binary to decimal end put the hole number &look how calculator will be working ❤ Thanks for the video

thank you so much

thank you sir very nice

Awesome bro

Thanks

how did you get the total values?

So nice 💯

Thank you very much.

how did he write the value of that binary?

Thank you sir you solved my problem 👍

Verry very good explaimed

At 15:20 :- so, bit addressable memory means, we require 16,15, 12 and 15 bits respectively.. is it right?

good

Thnkyu sir plz upload vedio on types of machine instructions and their formats

v good

What the great and helpful video.. Thanks sir for this..

sir please upload more

omg thank you so much

Ur a life saver 😭❤️. Thank youu

I don't have the option to save it as pdf

So the word size, is that essentially the maximum length that the address of that memory cell can be?

Thank u 👍

also this is fake u can just use a normal converter it's not what it promises

video starts at 1:40 thank me later

much valuable contents

449, 360, 454 kse aaya? Anyone can explain?

@Learning Simplyfied @Programmers In the video shouldn’t there be 32 cells for 4 bytes? Not only 4 cells?

Nice explaination 👏

Thank you

Where is the image ?

Very nicely explained

Thankyou Bro....

Wow this was helpful I've learnt something new today that I was struggling with I'm glad I came to this page 🔔

Thank you!

You're too good bro

Truly a wonderful explanation!

very simpe and easy to understand

thank you

Thanks a lot sir!

Thank you

Lower address if has lower significant byte of a mutibyte data => Little endian. Byte order makes sense only when we have the prerequisite of fixed size.. is fulfilled for a mutibyte data. Because only then we can talk about "most significant byte" or "least significant byte". For network transmission Big endian is the standard, i.e. a whatever-endian processor must **convert data to big endian format** before sending it over network. What does it mean? It means the "Higher significant bytes are stored at lower addresses"..because network transfer happens such that the lower address bytes goes out first. It has nothing to do with left to right or right to left.

Thank you very much. That was a very helpful video. But I have a question, as why 0.01x10^5 is NOT a normalized Form (2:14 in the Video) , however there is one number before the decimal point. Thanks in advance.