Vector Norms

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[@siddhantrai7529]

Quality = exceptional
Speed = perfect
mind = Blown.
Great explanation sir.🙏🙏🙏🔥🔥🔥💥

[@eDogBomb]

This was insanely efficient and precise. Thank you so much. I appreciate the speed.

[@zes7215]

nst as insanx or efx or prx or not

[@Twyzan]

I feel the need to comment this because everybody is telling you to slow down. Don't. The speed is one of the best things about this video.

[@derrickjator9282]

YES!!!

[@manueljenkin95]

Not really. There is a better way to show why l1 norm is rectangular (just write the norm equation, and it represents 4 pairs of lines).
Then again, I’m thankful to the channel for this video.

[@ozzyfromspace]

I didn’t expect this video to go SOOO well, thanks man! 🙏🏽🙌🏽🎊😊

[@ritvikmath]

Hope you enjoyed it!

The best video to give you intuition behind L1 and L2 Norms. Thank you ❤

[@andrewsilva7635]

nice job. all that was needed for closure was norm infinity.

[@jhonnyspeed4513]

You know when a dude pulls out the Crayola markers shits about the get mathematical.

[@aerogrampur]

there's always an indian on youtube who makes it simple for you. keep it up

[@quaaludes7898]

Love the speed of this. Perfect for someone who understands most but not all of norms

[@jonald4784]

Came here to learn what vector norms were, and thats what I did. 10/10, very concise, thank you.

[@Ben.N]

Thanks, I couldn't find this anywhere else.

[@mariasofiapatino5059]

You are by far the best teacher I found on internet. Thank u a lot!

[@sahanaathreya7259]

Thank you very much for the Video Ritvik, I love all your videos and the way you explain the concepts with so much clarity. Can you please make video series on stochastic calculus?

[@shritamkumarmund5273]

Beautifully explained the core concept in a shot video. Appreciated.

[@susanner35]

I like your videos. Excellent complement to linear algebra book.

[@pisanghangus2]

youtube is my university now

[@ritvikmath]

same for a lot of people !

[@tymothylim6550]

Thank you for this video! It was really clear and helps me understand the two norms. Thank you!

[@martinprinceton9858]

Straight to the point and perfect

[@ritvikmath]

Thanks :)

[@kiusandy995]

Thanks for your video, this helps me understand the l1 norm and l2 norm easily!

[@ritvikmath]

Great to hear!

[@gokhancam1754]

you are the real OG man, thank you!

[@goodmanryanc]

That was awesome! Appreciate that you speak quickly and get to the point! Saves a lot of time. Was trying to understand the notations in learning about ridge regression.

[@wahabfiles6260]

"Whhhhat still searching the youtube...does the video posted in 2006 Reeealy helpful"

[@LINUXANDCHILL]

i learned so much about so many different things from this video. thank u

[@Chris-is9fm]

Nice, totally makes sense regarding lasso and ridge regression!

[@gsiddharth13]

Amazing Video
Ritvik!

[@ЯківМацкул]

Still valuable video to find in 2020.

[@Eraseri]

I wish you would revisit these old videos one day =)

[@haoxiong7077]

watch this before watching your Lasso episode

[@adkfunk]

Thanks dude, that was very helpful

[@deepfakevasmoy3477]

very fucking clear explanation, fast and smooth! thank you very very much!!!

[@inaamilahi5094]

A must watch

[@Cupojoseph]

This was perfect, thank you.

[@abeaumont10]

Great videos, I hope that you will uploading more videos about maths! They are always necessary! Thanks!

[@McAko]

Thanks for the explanation! I like the way you presented it :)

[@alimuqaibel7619]

Excellent and to the point
Thank you

[@ЯківМацкул]

Good job man

[@19scratch]

Thanks, I love this a lot.

[@ymazalmazal1757]

verry nice thank you much

[@BlakeEdwards333]

Thank you!

[@Nissearne12]

Thanks now you have made me understand this. Good example and visualize

[@UnlimitedSky00]

I like your lesson, it's very easy to follow, thanks a lot

[@ritvikmath]

Thank you!

[@cu7695]

Shouldn't that L2 norm value be sqrt(2) ? Considering all the sides 1 & 1.

[@Alexander-xg3og]

Sides are 2, he shows 1 1 at 4:30

[@murtazawi.ch1]

Helped a lot. Thanks for sharing.

[@FaisalKhan-iw6tw]

Wow bro I just watched your video. Thank you. Subed

[@loftkey]

Helped me a lot. Thank you kind sir!

[@jiashenglai5509]

thank you so much for the video!

[@ski34able]

amazing thx

[@The_MatEngineer]

beautiful, Thanks A LOT!!

[@jamebozo]

Thanks for making this easy to understand:)

[@sanmitradharmavarapu9648]

Thank you bro
It's really cool and clear

[@childrenindonesia]

I like much this video ❤❤❤

[@antoniocatalano7160]

you make great videos

[@jagadeeshakanihal]

Pls do higher power norms and L infinity

[@WeDoTheVideos]

Very good!

[@ritvikmath]

Thanks!

[@hhhsss9847]

very well done and super clear! pls can you share some references /books/papers?

[@Rikus8051]

Great video, thanks! Helped a lot

[@bizzyvinci]

Thanks a lot!!!!!!!!!

[@vishnu2avv]

Awesome, thanks for upload :-)

[@mjt_00]

AWESOME wow

[@naorzamir6346]

very helpful thank you!

[@abomad2011]

Thanks a lot

[@davidkim3307]

I love it

[@Dhirendrachaudhary]

Informative bro thanks a lot

[@TheKaushik1983]

Excellent!!

[@SrividyaNatarajan]

This is so nice..Thq so much!

[@None-kb9ud]

great video

[@CarloRizzante]

Thanks!

[@zahidadeel25]

very helpful. Thanks

[@skittles6486]

OMG! are you a human???? No. I don't think so. You are a GOD....

[@teja2775]

thanks a lot man

[@Lexyvil]

So Norm means Magnitude?

[@RashidAlipage]

Awesome job! I subscribed :D

[@hunarahmad]

thanks

[@yscho9200]

Thank you for your nice lecture. But it's somewhat fast

[@a1k]

Nice

[@ritvikmath]

Thanks!

[@ahmedbahaaeldin750]

I LOVE YOU

[@ryan_2974]

nice explain~!thanks

[@manueljenkin95]

Thank you for the video Rithvik. One suggestion, it would have been easier to explain l1 norm being the diamond by just expressing the norm equation (it’s basically 4 sets of lines subject to the individual conditions of x and y, within their domains which is the set of 4 quadrants). Thanks for the video,.

[@shuxun3451]

can someone explain more about l1 norm?

[@yangwang2443]

Amazing useful!!!!!!!!!!!!!

[@ccuuttww]

infinite norm?

[@BilalAhmed-qf6hh]

👍

[@zes7215]

not through outx, nonex

[@ProfessionalTycoons]

short, get to the point, very effective

[@stephenking1945]

In your future videos, is it possible to slow down a bit?

[@xiangzhang7355]

Yeah, also a little quick for me.

[@Twyzan]

I usually have to put these kinds of videos on x2 speed to not be bored out of my mind, this was a great speed

[@flicky2461]

dude's a rapper, slow down for god's sake!

[@aleksagordic9593]

I was watching it 1.5x xD it's all relative

[@iloveno3]

too pity that is spoken so fast!