Lec-10: Floating Point Representation with examples | Number System

[@spritualgamer5122]

You are one of the best teacher who teachs students from basic to advance

[@dd9484]

1st time really understood Floating pt representation. Thanks and regards sir

[@GateSmashers]

Happy to help

[@shubhamthakur6980]

Sir apse badhkar pure you tube pr koi nhi smjha skta you r the best sir

[@Infinite_Precision]

ye mere paper mei aa rha h aaj, aur iss video ko poora dekha maine, couldn't undertand 1% of anything u explained jisme toh isse pehle ke saare videos(playlist mei) dekhe aur samajh aa gye the🥲🥲🥲🥲🥲

[@anirbanghorai4939]

saviour ho dada aap to , thaaanks

[@CellerCity]

Itna clear toh pure college me kisi ne nahi samjhaya tha. Thank you sir!

[@sureshkblr]

Fantastic explanation of floating point representation, simplest possible teaching

[@Rushikesh_-eh2zu]

Kahi se bhi padh ke aao , at last Varun Sir rehtech h apne , for ultimate Solutions...❣️🤩

[@sketchbe2513]

What a teacher , Yaar. He is very professional in his job

[@shoaibawan1123]

Sir your video is so helpful

[@therightpath88]

love from Pakistan, sir your videos helped me a lot, I watched all your videos on COA

[@MdShahadat-ji5jp]

CAO😊

[@gajendrakumar117]

Pakistan mein padhai bhi hoti hai? Mujhe lga waha bss bomb banana seekhte honge

[@Namanojha744]

Pakistan me computer hai 😅😅😂

[@Piyushpandey-zg9cq]

​@@Namanojha744😂😂😂

[@NiteshParihar14]

Bhai bomb banane main coa ka kya kaam

[@sirkartik]

Best lecture on normalization amongst all the videos I have seen on yt...

[@gibranfahad6876]

thank you for your explanation sir, the video was worth watching .

[@GateSmashers]

Glad it was helpful!

[@Tkb1007]

Best explanation ever thanks for your kind teaching sir🎉😊🎉❤❤

[@muhammadqasimsardar1527]

For those of you who are confused........... In 2s complement method of representation of binary numbers, for signed numbers, the range of numbers that can be represented is -2^(N-1) - (2^(N-1)-1) for an N-bit number. That is why you have obtained the range -64 - 63 for a 7 bit binary number. Now in the case of 1s Complement method of representation, the range of numbers that can be represented is -(2^(N-1)-1) - (2^(N-1)-1). And this will result in a range of -63 - 63 for a 7 bit number in 1s complement representation. Sir Please correct if I am wrong

[@tanmaysingh4256]

now i am more confused

[@rajababugaurav8647]

Sir... really your concept delivery style is too good ...

[@saitama-kun9253]

This was helpful. understood most of the concept. Thank you for this.

[@subhashsirsham1378]

U are best teacher for us As well as u are gog

[@loner_4_life]

Sir 😀your dailogue Getting the point is very amazing

[@vinayvedi9522]

Very useful video thank you sir

[@Sayantani13.]

just because of you i got a good grade in Digital Electronics.....hoping good marks in Architecture too❤❤

[@goutamjena9736]

amazing sir keep it up

[@1511kanika]

Awesome video deserves much more 🙏🏼😊👍🏼

[@HealthConsciousUpdates]

Sir you deserve millions subscribers Love your way of teaching methods from Punjab Pakistan❤❤👍

[@RehanAliArman]

nice lecture , it is easy to understand

[@aditikumari6594]

U explain so well❤️

[@jatinjain850]

Amazing explanation sir👍

[@unknown_man99]

Thanks gurudev 🙏🙏

[@codecobra]

Thank you so much got it in one go

[@AhmadShah-oz5wu]

Love from Pakistan Sir. Taxshila (Taxila)

[@mansirohilla9879]

Bssssssss aaaappppp aase hei padhaa te rhiiii h subscribers aapne aap aayenge ... bsc cs for du ka syllabussssssssssss puraaa kraaaaaa dooooooo sirrrrrrrrrr jiiiii aaap hei ho bssss🥺🥺🥺🥺🥺🥺🥺🥺🥺🥺🥺

[@jaadu139]

Which clg of du

[@dheerajverma2909]

Thank You So Much Sir Floating-Point Representation with examples This is Good Understanding Thank You Sir .

[@ahdanish2732]

Nice explanation 🎉

[@dhaanisahu6365]

Thank you so much Sir 🎉

[@debaratighatak2211]

Thank you so much sir for your amazing explanation!😊

[@himanshu7271]

bhai kya bande ho aap , thankyou bhai shab ji ,

[@Ananyanjana]

Thank you so much sir 🙏💕 grateful for your videos 🤗

[@sejalvetkar8167]

Bhai apka board kaha hai uspe achese samajhta hai

[@Pankaj_sinha]

Like this video

[@shima1309]

please add more classes.. Thanku Sir🙏

[@aryanmathur]

amazing explanation sir!

[@Babuda12]

calculate the value x^2-y^2/x + Y with x=.4845 and y=.4800 using normalised floating point arithmetic compare with x-y determined the relative error of the former

[@styleunbox7217]

He is a god...

[@nehananda-youtubechannel7936]

Nice ❤❤❤❤

[@pratiks29]

Thank you so much 🙏🙏🙏

[@chandan.cg799]

Thank you most helpful 🙏

[@jojven7514]

awesome vdo sir

[@khushbuchand3344]

Love from Pakistan 💖💖

[@HUNEDMER]

Thanks so much sir ❤️

[@sandeepraghuvir]

Sir....This is very hard to learn fixed vs floating please 1 more lecture on this topic.....🙏

[@nehaldarji9962]

Sir please explain fixed point representation

[@ccodingforeveryone]

Sir, Will you have more videos in this series like 2's compliment and other important questions?

[@shubhamkharade7270]

nice teaching

[@bbr4898]

Sir.... Please explain "finding number of conflict serializable schedules for the given transactions" in DBMS....

[@shaikasiabegum12]

What I absorbed is teaching really awesome but in comment box people are asking some doubt why there is no reply for their questions.pls respond when people are asking doubt because they have believed u teachers 🙏

[@xyz_gaming1165]

Watching before my exam 1 day

[@nonurana291]

10:49 Biase number would be 7 for 4 bite exponent in 10 bite representation

[@nonurana291]

Please reply

[@zubairkhan-gf5mq]

I cant understand that you have represent 5.875 in 4 bit as 101.111 . I understamd 101 is equal to 5 but what about 111 ?

[@manishashaw7497]

I'm watching this now and same doubt I have

[@ajaydahiya8626]

First you have to learn binary to decimal conversion

[@monikayadav3892]

Sir , please provide link for your playlist of scientific computing . I am not able to find .

[@digitalsoumitra8446]

Sir how can we find out exponent value back when we using 2's complement of exponent.

[@geetahoodakids660]

Great explanation sir

[@painmagnet8832]

Sir, when biasing was used to convert -4 we added 16-4 and got 1100... Is it same as adding 1 as MSB to binary value of 4? Thus adding 1 to 100 we still get 1100.. Is it true for all cases?

[@Dedeepya9]

Nice catch..seems true for most of the cases

[@vivektripathi8086]

Bhai aap aise padhate ho jaise hume pehle se hi sab pata hoga bahut confuse hogaye aapka vedio dekh kar no concept clearty

[@premjeetghosh]

🔥👌🏻

[@Sejal.Yadav_88]

Thanks !!!

[@arpanbhoi7794]

Great sir,,,, But sir dynamic programming me assembly line scheduling ki, video banao na sir, mene apko insta pe bhi msg kiya tha,, aur past vali videos me comment bhi kiya tha,, please sir

[@GateSmashers]

Usme time lagega dear..thanks

[@charithaseva6495]

Yaar aap best hoo such🥹

[@Xero75]

Got the point!

[@nitantgajbhiye4798]

15:38 shouldn't the signed bit be 1 instead of 0

[@Lift.laughinspire]

Sir blkl samjh ni aa rha h me to confuse ho gya ki code hai ki maths h

[@INFLUENCERPOINTSS]

This is ok but explanation on white board is best done by you we get it very quickly

[@nikitasinha8181]

Thank you so much

[@prayushgiri6515]

Thank you

[@Lucky-kc5mh]

Sir isko solve kaise krna hai formula me put krne ke baad?

[@Atulmochahary]

Good

[@naturebes6158]

9:47 par -2 ka samaj nahe aya please can anybody help me

[@pkus]

2's complement

[@HUNEDMER]

Sir please make full series

[@syedaneha6730]

Thanks

[@uditgarg6508]

at 5:28 , how did you find that 101.1 is positive ?

[@desperateRaj]

He took a general case most probably

[@unemployedcse3514]

Sir 4 bits correct only because 2^4-1=3 so 8(bias) highest number hence 8+4=12 (exponent) Awesome sir 💞 💞

[@tawseeftaher9109]

7:45 12:50 13:20 15:50

[@rimpabairagi7118]

Sir exam me bol dega kya explicit karna h ia implicit ia humlog ko samjhne hoga ki kya karna hoga but k upar depend kark please reply kijiye

[@naveenmathankar876]

Can anyone please provide the playlist for this specific topic?🙏🏻😬

[@HealthConsciousUpdates]

Sir ap Discrete Structure ki bhi playlist bna dain please??

[@bhujasri8639]

Thank you so much anna

[@akashchoudhary266]

But sir aap bahut achcha padhate ho

[@nepalsingh2614]

Sir plz explain "Fraction store in memory".....??

[@akashchoudhary266]

Sir implicit me 5.875 ko 101.111 kese kya likh sakte he . Video me aapne kha likh sakate he. Lekin kaise likh sakte he ye nhi btaya

[@knowledgejunctionterminal4080]

here 1 bit for sign 5 bit for exponent and 9 bit for mantisa total = 15 bit ?//??????

[@madaurangzeb7171]

how can i represent 0 in implicit representation?

[@nikkimishra5483]

Are sir right side krte hai decimals to multiple krte hai power postive hota hai negetive mtlb divide or divide krne se decimal left jata hai dhyan dijiyega mere comment pr

[@deepali8549]

*DOUBT* last question mai 12 ko jab convert krenge to vo 1010 aata h but vha 1100 likha hua hai..... Kuuu????

[@asifokasi]

I think in the representation of binary float number is SME not SEM.

[@ritvikdabas2436]

Sir plss dsssb tgt k liye course provide kr do..

[@amanpatel9324]

Sir Please make videos on Soft Computing Techniques (INT246) if possible. The way you teach is very interactive, and content is always better than my class lectures, that's why I always prefer to watch your videos. I am sure that making videos on INT246 will help me a lot and as well as my classmates. Thankyou

[@Dev.Pranav]

Sorry Sir kuch baatein toh apki samjh hi nhi aati... Detail me padhate ho lekin tarika nahi hai present kerne ka confusion mcha diya apne

[@phoenixrises186]

First person ho bhai jo ye baat bol rha😶

[@somgupta9588]

Samj nhi ati ki ye vedio me samj km ayi

[@Bad_Agent]

15:35 bhai 1.01111 X 2^-2 aayega ..... correct kar lo

[@ArjunSingh-gv3bq]

9:49 why we add 1

[@pkus]

2's complement

[@rishabh6953]

9:40 1 1 0 kese ?

[@zainadelawala4956]

Implicit normalization mein point ke pehle 1 hai, toh sign 0 kaise hua?