Decimal to IEEE 754 Standard Binary Conversion

[@AFthawk]

Love that pep talk you use at the beginning to get us amped. ;-)

[@Lvxurie]

actually cracked up so hard at the intro

[@MultiCodFTW]

Actually love how honest he is about this, it's fucking terrible... can't wait to get over this bs lol

[@MrKushinator420]

10 minute demo that covers an hour of university material at ny state level, thanks

[@SkaterProSeven]

they get paid per course so i can see why

[@orrevuar]

I LOVE YOU, MATE, this 10 minutes video explained better than my professor. Simple and clear.

[@snarf45]

This is so helpful! Some comp sci subjects really lack proper easy to understand documentation, but this is honestly perfect

[@AndySamuuMSP]

straight to the point, thank you 8 years later

[@malabbism]

This is better than the other tutorials cause it explains that u need to add 0's to the end when the result is less than 32 bits. I was looking for an answer. Ty!

[@rinoboger7329]

good video, i like the depressed midnight studying setting/voice

[@binexec]

You sound like a really cool guy

[@nixondutta8192]

Thank u so much.. really helpful for the night before of my exam. can't thank enough.

[@sprigs953]

I did the fraction part differently but this a good video. This video better explained this concept in 10 minutes than my professor did for an hour in a half.

[@Dsmartcuban]

i got 100 on my exam because of this guy. thanks so much

[@DanniV86]

This is waaay more clearly explained than it is in the book I have to use. Thank you thank you!

[@Xaoja]

Thanks bro this is a godsend, i was going through my lecture notes and I have no idea how they can make this seem so confusin, when its super simple.

[@mitchellvandoorn2625]

The introduction of this video really encourages you to continue watching

[@luminousdragon]

I dunno if you were joking, but it really did encourage me. It felt like "yes, even this guy teaching it gets that this is horribly boring, its not just me, i just need to power through it!"

[@Cobalt985]

@@luminousdragon same here, it did encourage me to switch the video to 1.5x speed as well lol

[@robertcharmers3264]

Fantastic video. You explained quite a difficult and cumbersome topic incredibly clearly; well done.

[@michaeltheisen]

honestly, youre my spirit animal bro "look i didnt invent this so im just gonna call it the fraction"

[@jibxjib]

Dude you made me burst out laughing within 3 seconds of video, I was slightly depressed about my exams tomorrow. Thanks for the laugh !

[@5kgxistiouvockzit7r94]

Bruh, you're literally saving lifes, thank you!

[@lukecusack6517]

couldn't get a better explanation. thank you very much

[@alcatrazclad]

A lot more clear than my professor. Thanks!

[@staticx2013]

This video is the greatest. Thank you for making it.

[@yatharthkher317]

I like your way of teaching , its super cool

[@andeluuledna]

I like your teaching style bro :D And this video saved my life

[@NeraInLove]

love your enthusiasm :) especially in the first part of the video. ahah Kidding . Thank you

[@Calm_Energy]

That is a cool trick for converting decimal point to binary point!

[@hoshie7906]

the way he's as done with this as we are

[@omaremara6971]

Amazing, helped a lot with my exams

[@tianyixue7548]

this made it so much easier thank you

[@lbdiva]

The whole 1.c class is thankfull

[@pesti6941]

The whole 1.c class is thankful

[@035Obsidian]

This is fucking awesome, thank you.

[@oscarschiesser9432]

+Tomas Leitch Pretty sure he just saved our grades haha

[@christiansanchez1660]

You are saving my life! Thank you!

[@LoveisHell85]

Really clear and educational, but still kinda funny. Thank you so much!

[@youngpro2034]

Really thanks it's very helpful for my homework.

[@Sam-ib6xl]

Increase the speed to !.25 or 1.5. thank me later

[@edophoenix3831]

Thank you

[@viwentshonga9395]

Thanks human

[@bakare_divine]

thank youuu

[@shiroime9547]

I finally understood it... Thanks you

[@chrisgringon4531]

thank u man this video is the only understandable other guys were talking shiiiit

[@Sofo7575]

WOW, this is first time I see video WITHOUT a DISLIKE! Congrats

[@tomashruby9349]

What if you have to shift the floating point to the right (0.125) does that make p < 0 with -3 as p ? and u lower the exponent instead of making it bigger ?

[@educationaboutstuff3088]

I don't know if I fully understand your question, but when you're finding p you will always shift left. What you want to get is 1.- ideally, or even 0.-. You always want to only have one number to the left of your floating point.

[@tomashruby9349]

if you have number 0.001 (0.125) u have to shift to right to have format 1.ff

[@BokiScoutMKD]

+Tomáš Hrubý Yes, in that case You have to shift the coma to the right as many places as needed to satisfy the rule of 1 in front of the coma. Then the constant of shift amont (in video it is 'p') will be negative number. In example if you shift the coma two places to the right then p = -2. Next when you will calculate the exponent, you should do 127 + (- 2) = 125 in decade. Step four, is as in the video.

[@oskhar1099]

Very good explanation. Thanks!

[@rockoman100]

Do you stop at the first 1 because it's negative and that's the sign bit?

[@slavkosster]

+Rockoman100 no, that's because that 1 can be implied, saving one bit of information :D

[@khaledsakkaamini4743]

thanks you, the method is very very easy to understand

[@myspace34james]

What kind of application do you use to make this video?

[@siyuanlai8611]

Thanks you so much. I have a little question. Why do you place the last zeros at the end instead of before the 1?

[@hotmandead1]

If i want to make a special 24-bit float what would be the division of the FRACTION/MANTISSA and the EXP given sign takes 1-bit

[@binarybreak8387]

awesome, thanks for the explanation. You explained more clearly than my teacher hahahaha :D

[@Burak-tv9he]

Best tutorial ever!

[@kingberlicapellan2626]

You're so awesome, thanks.

[@AnujSingh-bt5tq]

thanks man...this was really great

[@heavyraindrops4750]

Do you calculate the bias in the same way if the number is positive that you need to calculate?

[@thegreenstuff215]

What if i wanted to convert it with 64 bit precision? i just fill in the missing zeroes in the exponent and the mantissa?

[@mowa3942]

His laugh 😂🌟 02:43

[@BCGJohnny]

hello, can i ask ? if i had 1100.110 in first step ,so i have to shift point like this : 11.00110 ?

[@yhonatangilony207]

Thank u so much you Helped me a lot

[@a.n.7338]

sir what if number to be stored in mantissa is 4 bits doea that mean that the rest of the bits will be all zeros????

[@capocannoniere9]

thanks from Argentina !

[@ahamadmuazzam6717]

thank you very very very much sir i am fully understanded

[@lordasiedu9270]

WOOWWW u really explained it well

[@DJkazinova]

Is the largest dec number in ieee 754 127+127=254 2^127 and smallest 127-126=1 2^-126 255 and 0 are exceptions that don't count.

[@samalrai3980]

Damn Man!... Cool Teaching ...

[@d.i.m.i]

thank you for this video! you even made me laugh:D

[@nishimwesamuel]

EducationAboutStuff the binary number in step 4 doesn't equal 32-bit in length.

[@teeman9266]

Excellent example, though a bit complex.

[@Pulkit__7]

Thanks Man your laugh made my day or rather night :P PS : Studing @ night

[@adamoreilly6220]

is -5 in binary not be two's complament of 5 so 011... no?

[@pakistanibutt7243]

really great work by you :)

[@soraisfinallyhere1305]

what if you have something like -1.5

[@alicheema7859]

hi does mantista or fraction always starting from 1 or we also do start from 0 as well.....??? anyone

[@unique7648]

really cool video ! although you might wanna decrease the amount of "cheerness" it gets us very amped ! LOL thanx bro !

[@RAFIKHAN-lg2jy]

Where did the negative sign go...can anyone explain?

[@sebastijanbarlek6033]

so at 4. stage zeroes goes to 32 times when number is negative or?

[@NoobNoOne1]

You just fill the rest of the number with 0s, it doesn't matter if the number is positive or negative

[@sebastijanbarlek6033]

Random Strategy ok thanks

[@honeybowl1]

was really helpful

[@annechamalka5598]

Thank you very much .ment a lot♥️

[@aleksandertrocenko3741]

you're an awsome guy

[@alimeree4299]

thanks man you'r the best

[@29leej]

*YOU GUYS MUST KNOW THIS - Special case: The IEEE754 for 0.0 is 0000 0000 0000....(32 digits)

[@mosammatyeasmin2026]

calm and clear !!!

[@vama89]

Sweet. *high five* Thanks for the explanation! This definitely helps xoxoxoX

[@mahdi3fatihi]

very helpful , thank you

[@mertgorates3330]

thank you great video

[@khattab-iv9189]

Thank you Very helpful

[@brunocrnkovic5967]

Very helpful 10/10

[@rohitpatel4778]

Pls Help How to convert 0.125 into IEEE 32 Bit

[@Amonfobious]

1. Turn 0.125 into binary 0.125 = 0.001 2. Shift the decimal point to get the 1.ff format in this case to the right 0.001 --> 1.00 Your p is now equal to the number of shifts you made but since you went to the right instead of left the p will be negative in this case p=-3 3. exp = 127 + (-3) = 124 Turn 124 into binary which is 1111100. When you put that number in the 8-bit register reserved for the exponent you get 01111100. 4. Put everything together and you have 0 01111100 00000000000000000000000

[@Hozensang]

Thank for finished my test (* *)=b

[@heisenberg5136]

This dudes voice is agonizing.

[@sanjitshaw4061]

awesome video....thanks

[@kawtheralateeq8264]

Big like for your video

[@thomasleong3510]

but how u know the rest of number is 000000000000. what if is 00110011... or 1111011100...?

[@nejq8963]

then just calculate it all :)

[@thomasleong3510]

Nejquake yup, but izit possible have another method to do ?😂😂

[@NoobNoOne1]

It makes no sense for the rest of the number to be anything other than 0s. Since you would have a different number

[@thomasleong3510]

Yup

[@thomasleong3510]

all i need to do is just calculate 😂

[@northernstreamer3582]

I LOVE YOU, THANK YOU, SUBSCRIBING, AHHHH

[@AlpBarazi]

this sound like action scenes of kurtlar vadisi' soundtrack. O.o

[@AlpBarazi]

+Alp Barazi as bayrakları as as

[@johnybonny8262]

1 more example should be added for more understanding.

[@MarkCosgrave]

Thank you!

[@fardayekahmed7878]

tnx bro...

[@negasatv4300]

thanks broo♥

[@amirbarjakli3383]

ty for video :)

[@dominikbaricak9589]

0.75 is not 110 its just 11

[@yahyasaad6426]

ty very much

[@krishanchanaka2749]

Thank u brother

[@haseebhashimi6707]

thanks dude

[@pistol625]

THANK YOU