Mathematics: Illustration on Euler's Theorem on Homogeneous Function

[@aphelmusonda5253]

At first, I didn't even have an idea, but your simple, quick and straightforward explanation made me get a concept which i didn't get in my afternoon 2hrs lecture with my professor🙏thank you so much sir!

[@nani2155]

Hello from the future. I have a test in one hour. You saved me!

[@simeonomwoyo328]

i used this tutorial and i really got the concept. I LOVE IT

[@bharatacharyk6698]

Brother, how could you get that 2xy²

[@TheArtAvenue1]

Tysm to you for understanding me . The eulers theorem

[@Zester_Gaming]

sir tension hai mere paper mai aaya tha ki Q. state and prove euler's theorem on homogeneous. if u=tan-1 x³+y³/x+y. to ye puchna h ki questions m sate and prove or u = tan¯¹x³+y³/x+y ke according dono karne h yaa sirf tan¯1x³+y³/x+y ke according karna h me sir u=tan¯1 x³+y³/x+y ke according kar aaya 😭😭😭😭😭tension ho rahi h bata do sir

[@sachinthanirmal7469]

u=tan-1 ( x³+y³/x+y) tan u = x³+y³/x+y tan u = x^2{ (1+(y/x)^3)/(1+(y/x)} make that sum like that

[@sami-samim]

Thank you man. I know how to do it. But, could you let us know why we do it?

[@Onesmo]

exactly my thought as well...

[@SulochanaBehera7]

@Wasiul Farabi 😁🤣

[@MJtheFellowActuary]

Actuaries use this theorem to help us allocate capital to various business units in an organisation. If we allocate too little, regulators get upset. If we allocate too much, shareholders get upset. We use this theorem in Capital Allocation Methods.

[@daniecrich]

Thank you! This was very clear and helpful!

[@irfanthebo6748]

fuck

[@rachittyagiyoutube]

sir plz reply ASAP my ques. is can we find degree of homogeneous function without euler therom by taking x=xt and y=yt

[@selvisubramaniyan7801]

Do the full 16mark problem please...

[@Abhisbiohub]

Thank you sir but... What is the use of this theorem in real life... ?

[@divyanshchaturvedi6677]

Sir plz take a question ofprove eular theoram in fuction depend on three variable x,y,z ....

[@soudaminipanda1761]

Why z coordinate didn't considered here

[@srinivaschowdaryappasani2248]

sir .............good effort............thank you so much.......do vedios regarding complex analysis and probabilty......vector calculus.........numerical methods..........

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Best video in less time👍

[@josephxavier3586]

Thank u sir. Its easy to understand.

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Thank you for this video, my scatter brain has been gathered today

[@harshice_0793]

Y don't u explain Fourier series

[@Syeda-kj4hg]

u r amazing sir jazakallahkhairun Sir 😄

[@noyonibrahem1896]

thank you man, it's really help full

[@KunwarDigvijayPratapSingh]

Thanks a lot, by far the easiest explanation!

[@bhaskarkommu1690]

Thank you sir Very clear explanation Very useful sir gamma functions beta function explan sir

[@technicalkrish7817]

very easy explanation sir ji thank you very much

[@DSPHReshmiPaul]

Sir, 3rd order ki Eular formula boldo

[@saintrhemajl]

Thank you very much 😊

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Thank you so much sir.

[@darrylng9562]

Thank you Sir🙏

[@chadj1797]

Good Job! Loved it

[@aboutstudies123]

Thank you Sir. That's an easy explanation

[@KrishnaKrishna-lp6qv]

where is doubt section

[@advaitpathak4330]

Its in the description (for future viewers....)

[@zubairkhan-hz1vz]

Change in u due to change in x is wrong..

[@purnimachandra1001]

Thanq sir

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INCREDIBLE

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[@danirizzo1049]

such a huge help! Thanks! :)

[@omagrahari6332]

Now you where are you

[@frzyld8456]

Verify the restrictions in the Rotterdam Model Adding up restrictions Enge Cournot Homogeneity SymmetryVerify the restrictions in the AIDS model adding up: homogeneity: Symmetry. Derive the Marshallian, Compensated, and Income elasticity based on the estimated parameters from the AIDS model

[@mohammadkhan3676]

Well explained, thanks sir

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Thanks a lot brother!!

[@clanimex]

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[@mazenelnoor1537]

Thank you sir

[@sanjipmahato1086]

Next question I don't know sir

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[@peteotis1911]

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helps a lot

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Love you boss😘😘

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Thank you, sir

[@mr.shiv-shankarkumar547]

thanks for understands to euler's theorem. in english language.

[@suhasgondi181]

shivshankar kumar understands the thanks for Euler's theorem language in english

[@Chusak7]

Thanks man !

[@VikasYadav988]

Great !

[@subhasarkar7465]

Where is doubt section bro!!😂😂

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good

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Thanks sir

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great video, still don't understand tho :(

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Lassan

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nicc

[@d4rknoobyo]

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[@sairamnomula8710]

Solve problems which include sin or cos functions....don't take these examples ....thnk u...for da video...

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