Lesson 6.3 : Fractional numbers in binary

[@kevin74531]

Thank you, this is really helpful. I was learning python on Udemy and couldn't understand why 0.1+0.2-0.3 doesn't =0. The course provided explanatory notes but it didn't help. Now after watching your video it finally makes sense to me

[@canberranproductions2802]

He’s dead

[@haythamkenway1561]

@@canberranproductions2802 how do you know ?

[@lucascameron5546]

@@haythamkenway1561 he committed suicide after being convicted of raping his son

[@Nortifyer]

Start watching from 1:10

[@Nortifyer]

+GamingBoss go home and play your Nintendo or something

[@triton62674]

Hahaha

[@mcflurryhazel3595]

Thanks😸😂

[@TheBatmanvs1]

@@Nortifyer start looking up his name

[@masbro1901]

thanks

[@cherylwhalley]

Thank you!!! i was trying to understand this from my textbook and couldn't grasp it, this cleared it up for me!!

[@iron_blyat6815]

I am so sad for what kind of horrible man he ended up to be

[@oh-facts]

@@iron_blyat6815 what? could you provide some more context?

[@iron_blyat6815]

@@oh-facts I dont fully remember (the comment is from 2 years ago) but I think the guy who made this video raped and filmed his nephew or something like that.

[@flatuitous]

​@@oh-factsyou could just search it up but he was a child SA

[@jamestrujillo5195]

What a genius. Thank you carl. Thumbs up!!!👍 I had a hard time and now you made it clear. Thank you

[@paystation4pro15]

Look up his name on google for even better news

[@Justmayo]

Lol yeah

[@OvhanDevos]

Also another thought, ontop of this, another advantage of seperating the fractional numbers and the whole integers is you no longer need to tell it how large the integer part of the whole fractional number is, instead of saying 0110..00011 and then a third number 0010 stating that the integer is 4 digits , you only need 0110 and 0001 , so that is 5 bits you save instead!

[@ziggyjuarez8544]

Thank you ghost

[@mattp6460]

thank you

[@thomasdessert3485]

Nice, but how do we convert from fractional binary to BCD?

[@ijustdontcareanymore1022]

Honey ask someone else.

[@ralphrada9727]

thank you whole bunch of Hindi out there.

[@oddball0045]

Well for example with that system it would take 20 bits just to make 0.02

[@kotkrest]

thank you much!

[@gamingcraftgaming1018]

Don't thank this man for anything

[@Solobuddy]

​@@gamingcraftgaming1018thank him

[@OrangePotatoLeo]

Amazing explanation

[@TheBatmanvs1]

This better be sarcasm because if not than there's something wrong with you

[@Yes-cb4gb]

@@TheBatmanvs1 or maybe he doesn't know what this guy did

[@jay_zk]

@@TheBatmanvs1 Commenter just came here to learn programming with no knowledge what this guy did. How is that his fault?

[@TheBatmanvs1]

@@jay_zk who said it's his fault

[@jay_zk]

@@TheBatmanvs1 literally you lmao

[@akshayarya5153]

VERY HELPFUL.. !! THANKS..!!

[@TheBatmanvs1]

Lol this hasn't aged much

[@jay_zk]

@@TheBatmanvs1 well his videos and lessons are still helpful. It’s the fact that the dude is a shit person is what hasn’t aged well lol

[@OvhanDevos]

Why not just store the decimal as another int and then just tack on the second int , same number of 1/0's but much more accurate! since you can make exact numbers. thing about it, to get close to 0.1 you had to do 00011 when normally you could just use the ones place of a bit , I E , 0001 , which is one bit smaller, or even to say a 10th would be 1010 , still smaller, is there some sort of advantage with this system with larger fractional numbers?

[@Mohammed-gk5yy]

thx

[@Calm_Energy]

ah my brain hurts when I see 0.1 has 1/2 but it make sense... my big take away is if I see a double precise floating point value with a ton of 1s at the end I need to understand that I'm not necessarily looking at a large range of numbers after the decimal, say pi, but I'm just looking at a more precise number. I have to fight my base-10 based instinct!

[@sneak2attack]

nice, great job

[@TheBatmanvs1]

Idiot he molested his 7 year old son

[@mariocincu479]

multumesc frate te iubesc pup de la valcea

[@GerardoZuniga]

Great lesson !! But whats up w the blank (white) screen??. Or emoty space on the video?? Need improvement Class is great tho.

[@grahamnelson203]

I came here trying to learn the binary language of moisture vaporators.

[@svsarrangers2517]

1/1???

[@thastayapongsak4422]

That's just 1

[@sgguyuk5574]

Who thinks decimal system should be replace with binary it would make everything a lot easier instead of using 2 systems.

[@supman2600]

SGGuy UK Other counting systems are possible, but base 10 has proven it's self to work for us, and there's no need to change. It's like debating pi and tau.

[@pedrobatista7975]

it would be better if we changed from decimal to hexadecimal, not if we downgraded to binary.

[@Ricardo1024MB]

I think, for doing things related to computers, using octal will be better since you can easily convert to binary and vice versa. I must add that we also should try base 12 system for usual stuff (you can count to twelve with one hand using the phalanges of your fingers and your thumbs as pointers, so in total you could count to 144 with both hands). Oh and we actually use sexagesimal for clocks. :)

[@kiarara7014]

How disgusting.

[@koolwond4264]

his voice is like Bill Gates

[@koolwond4264]

just a little bit :D

[@dariknour6051]

nicolas lopez 😂😂

[@iron_blyat6815]

Except that Bill gates is a good person

[@brianinja]

"Good"😅😪

[@st-lucia]

@@iron_blyat6815Good? 😂😂😂😂

[@hussainjafari9460]

its good but a little unclear.

[@gamingcraftgaming1018]

@Filip Smaić I don't think he does

[@mohandalansari534]

You still didnt explain how to compute fractions to binary. Thanks otherwise for the great content

[@roobend]

Yep, anyone watching this for the first time who has a basic understanding of binary (or have watched earlier videos) just skip directly to 7:24 where he states how it is done in one simple sentence. If you still don;t get it then maybe watch the rest of the vid I guess. But this is really rather simple stuff, doesn't require an 8 minute video.