Congratulations for the quality of your videos. You haven't explain why unsigned char a = 200 is -56. But i suppose the compiler is assuming only that 7 bit value.
What I show here is simple integer representation. I believe IEEE 754 is the specification for floating number representation, which is a little more complex.
I swear you are a legend. You deserve much more attention
😃
Thanks for explaining this content 👍👍
i came looking for copper and found gold!! Went through your videos.You explain really well!
Great explanation man...everything is crystal clear. Thanks a lot 👍 !!
Thanks, pal!
Congratulations for the quality of your videos. You haven't explain why unsigned char a = 200 is -56. But i suppose the compiler is assuming only that 7 bit value.
Yes, 200 would overflow since the 8th but would be used as sign bit. Hence 2^7 - 1 = 127 is the highest number you can store in it
Great video! One question though, what’s the difference between this representation and the “normalized” representation (IEEE 754)?
What I show here is simple integer representation. I believe IEEE 754 is the specification for floating number representation, which is a little more complex.
Thanks! :)
Thanks.
you use c
I thought it was CPP 😂😢