2 things: 1 can we appreciate how many views this video has and then how many subs, likes, comments ect. 2 this is a great explanation and really helped with my exam
Negative numbers can be represented in binary using a system called “twos complement”, however it’s more likely that the amplitude will never be negative. Rather, the lowest value will be set at 0 and the “midpoint” (what would usually be 0) would be shifted up to halfway between 0 and the maximum vale that can be represented by the bits used for each sample (the sample size).
2 things: 1 can we appreciate how many views this video has and then how many subs, likes, comments ect. 2 this is a great explanation and really helped with my exam
Beautifully explained monsieur 👍 came across many videos but none of them explained as clearly!
This was what I was looking for
I'm here for classwork and you're explanation really helped. Thanks!
ooooh moshaik legend
@@NosyShk chub
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@@mohammedshaik9647 yis
Really appreciate the video. Thank you so much.
Gotta do this for homework. Confusing. My cat is now stuck in a toaster
Thank you, this was very useful!
One of the best videos I've ever seen
Chhers
How do we or computer know we have mark samples at first 1 then 3, 8,12,12
Very helpful :) thanks
This was well explained. Thank you.
Thank you !
Thanks
Oh yeah yeah
Also if you are using this video for homework I will recommend you use captions cuz this man is speaking gibberish. And then copy the caption
What if it is a minus?
Negative numbers can be represented in binary using a system called “twos complement”, however it’s more likely that the amplitude will never be negative. Rather, the lowest value will be set at 0 and the “midpoint” (what would usually be 0) would be shifted up to halfway between 0 and the maximum vale that can be represented by the bits used for each sample (the sample size).
@@MrAWDimmick thanks 😊
@@MrAWDimmick it was indeed negative on the official 2023 computer science paper
@@pinkwhitemann5079 interesting.. which board did you take?
@@MrAWDimmick edexcel