Floating point representation | IEEE 754 | COA | Lec-6 | Bhanu Priya

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Introduction : Mantisa, Base & Exponent
IEEE 754 : Single precision (32-bit) & Double precision (64-bit)

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Thank you ma'am... respect for u as you explained in very simple manner...no bookish language... perfect to understand 👍

AnkitKumar-tsru

Happy teacher's day mam. You really made the way of studying easier. 🙏🙏🙏

anupamjaiswal

Thank you so much 💕
Love from Karnataka

gsainitish

i've watched this once before, i'm coming back to this again today, best explanation ever. exam in 6 days. NIMCET 21

abhyaskanaujia

Love your videos! They're super helpful and informative.

amitkumarjha

Mam just one correction in single precision format we write from 0-23 then it will be 24 bits.
I guess it should be 0-22
Apart from this the video was great.

_PremKharat

what should we have to do to increase the range of a number in floating point number format?

.monomoychowdhury

Ur channel and ur videos have helper me a lot now I completed my exams and waiting for reasults❤❤

Cricket_World_

Thank you!! I really needed this lesson!

Kath_klclouds

7:00 if anyone having Doubt, it will be 0-22.

vedanand

There is a difference btw binary point and decimal point

nageshshyanubhag

to be honest，this is the best explanation

HelloWorld-bblm

I don't know understand about base 10 how mam?

мянтєє

In a representation of single precision and double ...bit number starts from 0 to 31 ah? Totl it should be 32 right ? Correct kno

nageshshyanubhag

there is 10 bits for exponent in double precision format ??

AnkitKumar-wfii

if 0-51 is total 52 bits than how come in single precision
0 -23 is 23 bits it s 24 bits

arg-kiiz

Ma'am it's a humble request to you please assign an order to all videos and make a playlist respectively (first to last)
Regards

aayushpandey

No any condition that a mantisa should be integer? Fractions can be there kno ?

nageshshyanubhag

Thank you so much for teach this i love you,

pscict

Mam pls tell about the hindhi all students

puneet

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