Homogeneous functions and Euler's theorem

This lecture covers following topics:
1. What is Homogeneous function?
2. How to check homogeneity of a function?
3. Euler's theorem for homogeneous function with proof.
4. Some problems.

[@ishanrawat158]

I missed my class on this topic, watched 5 videos on youtube before watching yours, and Sir, yours is the best!!!

[@ak-ve4ez]

After watching so many videos I found this one is the best on this topic.

[@amangoyal9224]

this video was more helpful than you can possibly imagine, Thank you vivek, may god bless you.

[@VivekGarg]

Thanks

[@VivekGarg]

For sharing problems : instagram.com/vivek_learninghub/
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[@toxicgaming508]

Very nice explanation sir . easily understand teaching sir

[@VivekGarg]

Thanks

[@239r.lallawmawmi4]

this is the best video of partial derivatives i like it so much and it's give me a new energy

[@VivekGarg]

Thanks

[@hailemariamtsegawhabtewold5988]

Best explanation and good examples.

[@cmk555kallaghe9]

ohh my god...u saved my life with this video.... please make more of the same video...

[@VivekGarg]

Thanks

[@ujjwalsharmaiiitunacse3884]

HIGH value content ,great animation indeed perfect!

[@VivekGarg]

Thanks

[@mousuminayak4703]

Tq so much Sir for making this one.. ☺

[@rashidrasheed3843]

Really helpful Sir jeee... In brief way!.
Thanks alot for saving our time bcoz, I saw many more on this topic but there were lengthy explainations like 53mints on the same topic. But more power to you sir. You've managed and well explained in 13mints..
Once again I'll be highly obliged and recommended this to everyone!..

[@VivekGarg]

Thanks

[@anikagupta3733]

Good Explaination 👍👍

[@johnnyspellz6993]

Thanks this is very helpful

[@VivekGarg]

Thanks.

[@sodiqoyenuga4997]

Nice explanation boss❤

[@VivekGarg]

Thanks 😊😊

[@nehaaggarwal9056]

Really sir best video....👍👍...sir pls provide with notes also in pdf form

[@VivekGarg]

Thanks

[@buvaneswarik6132]

Nice, Explanation is good.

[@Azitkumar1493]

Thank you so much sir.

[@ajtomama1079]

Best Explanation till now😶

[@VivekGarg]

Thanks

[@moamenalaa4252]

Thank you 🥺

[@AmanRao-bk5gj]

Thanku sir jii

[@VivekGarg]

Thanks

[@Er.rajinder]

Owsm video sir no words...u explain ot well

[@VivekGarg]

Thanks

[@osmanbahaj4854]

Thank you 💜💜

[@Azitkumar1493]

Very very nice 👌 explain level.

[@hereistand6178]

Feels nice to know that am the one who 1K likes

[@VivekGarg]

Thanks 👍👍👍

[@sairanaveedshah2993]

Thank you sir

[@VivekGarg]

Thanks

[@mdbillalhosen4527]

best explanation. thank you. ❤️

[@VivekGarg]

Thanks

[@ansukumariece]

Best video ever

[@VivekGarg]

Thanks.

[@thomas_prada]

You are a legend sir!

[@VivekGarg]

Thanks

[@as_lowry]

Very helpful
Thanks sir

[@VivekGarg]

Thanks

[@Tisha030]

thankyou Sir

[@VivekGarg]

Thanks

[@nishantsingh1456]

Thank you

[@usikeharika8855]

Thank you for explanation sir

[@VivekGarg]

Thanks

[@Informative14323]

Tq so much bro

[@shivangisudheerkumar1739]

Thank u sooo much💯

[@agabaedwin7090]

I have a qtn...in the part for Euler's theorem...how did you differentiate u=xⁿf(y/x)

[@VivekGarg]

Using chain rule, product rule.
Want to discuss any problem, plz share at
instagram.com/vivek_learninghub?igshid=NzZlODBkYWE4Ng==

[@stearin1978]

7:43 f' means df by d(y/x)

[@VivekGarg]

f' means partial differentiation of f with respect to x or y.

[@gugulothurajitha8399]

Please put all Euler theorem problem s

[@AmanRao-bk5gj]

Sir jii ek word to Hindi ka bhi usse kar liya Karo

[@VivekGarg]

☺️☺️☺️ well said.

[@sameerasultana66]

Thank you

[@VivekGarg]

Thanks