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Step by step explanation is very good mam .....good teaching mam🙂
Thank you mam karte Rahi hai aamei bahati help kiyee
Tqu so much mam good explanation keep it up 😍👌👌
Superb
Your all explanation is too nice i follow it mam ..keep it up ❤️❤️
Excellent explanation mam ❤️
Thank you ❤
Super mam
Tq mam nice
Tq mam
Find the orthogonal trajectory of r = a(sec teta+tan teta)
-x^2+y^2-1 is the rowM/rowy 😅
maam i have a doubthow do we check if a equation is homogenous or non homogenous , im getting confused between when to apply type 1 , type 3 and type 4 non exact equations.
Mam.....plz do this sum
28 mins for a single question and paper gone
There is a lots of difference between solving a problem and explaining a problem. Prespective varies from person to person.
you did it wrong in dN/dx ,it would be dN/dx=2(y+xdy/dx)
Partial derivative
Please watch it again
Step by step explanation is very good mam .....good teaching mam🙂
Thank you mam karte Rahi hai aamei bahati help kiyee
Tqu so much mam good explanation keep it up 😍👌👌
Superb
Your all explanation is too nice i follow it mam ..keep it up ❤️❤️
Excellent explanation mam ❤️
Thank you ❤
Super mam
Tq mam nice
Tq mam
Find the orthogonal trajectory of r = a(sec teta+tan teta)
-x^2+y^2-1 is the rowM/rowy 😅
maam i have a doubt
how do we check if a equation is homogenous or non homogenous , im getting confused between when to apply type 1 , type 3 and type 4 non exact equations.
Mam.....plz do this sum
28 mins for a single question and paper gone
There is a lots of difference between solving a problem and explaining a problem. Prespective varies from person to person.
you did it wrong in dN/dx ,it would be dN/dx=2(y+xdy/dx)
Partial derivative
Please watch it again