Homogeneous functions with degree / definition/ examples.

In this video discussed about Homogeneous functions covering definition and examples

[@ankushsarkar5689]

Mam Your video's are underrated...You deserve Far better .... I didn't found any video like the way you taught ..Best explanation in english ❤️

[@maths.tutor4u172]

Thanks Ankush....such feedbacks motivates me to contribute more to students via this medium...

[@vicentegarcia3972]

I'm from portugal and this video helped me a lot. Thank you

[@rithwikraj6308]

thnku so much & ur voice is also so soothing

[@ahsanali2318]

Ur voice is so sweet mam😊

[@joy2220]

How sweet you are mam, it was Awesome 🥰🇧🇩

[@ramsharma6589]

Thanks for it, video is really helpful to me

[@vivekvankar2178]

Wow

[@Monimoni-qb3sg]

amazing video

[@hrithikbanik5160]

Maam what will be the degree of non homogenous functions, will it be the highest degree?

[@eswarguttapalem1627]

Well explained madam 👏

[@king007gaming6]

Clear all doubt👍👍

[@Informative229]

Super presentation

[@maths.tutor4u172]

Thanks

[@broken777gaming3]

Tq so much mam❤

[@apnamathsnk5597]

Which software are used for writing you mam

[@maths.tutor4u172]

wacom pen tablet

[@ayushkumarmehta5336]

Is the substitution y=vx for separating variables in order to solve these homogeneous differential equations, same for every degree of homogeneity? Or the substitution vary depending upon degree of homogeneity? Please reply 🙏

[@maths.tutor4u172]

this topic is about homogeneous functions not homogeneous differential equation

[@ayushkumarmehta5336]

@@maths.tutor4u172 okay ma'am, can l ask you my doubts? If yes, where to send pic?

[@maths.tutor4u172]

@@ayushkumarmehta5336 send it here only

[@ayushkumarmehta5336]

@@maths.tutor4u172 (x⁴ + 3x²y²)dx + (y³ + 3x²y)dy = 0 Can you please help me to find it's primitive/general solution?

[@Believeinurself8]

Thanks

[@judygabuya1088]

Thank you

[@ryan2009cov]

Why factor out lambda^3 if the lowest common lambda exponent is 1?

[@sparrowp2251]

Yes exactly

[@narakimph]

Thank you