nth derivative of e ^ax.sin(bx+c) ||Successive differentiation of e ^ax.sin(bx+c) ||

[@TracyMakwature]

the way she does it ......superb and by choosing a complex function it shows her courage and confidence in maths

[@AnthonyCristobarraj]

It is my first time watching your video and immediately subscribing to your channel mam

[@UnlockMaths]

So kind of you.. Thank you so much..🤝

[@rajyt9661]

Perfect mem😮 bhahut hi अच्छे से समझ आया ❤ thank u mam ❤❤

[@UnlockMaths]

You are welcome.. Thank you🙂

[@SwatiyadavSwatiyadav-m3g]

😢😢

[@SwatiyadavSwatiyadav-m3g]

Yt

[@SumayyaFatima27]

Thank you so much mam...🤍

[@TechCuriosity101]

Mam why we directly put rcosthita and rsinthita

[@IndianArmy-zr8qf]

Superb mam

[@UnlockMaths]

Glad you think so!☺

[@laluparsadyadav_75]

Please differential calculus ki puri playlist le ayi Please 🙏🏿

[@UnlockMaths]

Ok., Which topics you need

[@VeerendraKumar-ps2yw]

Thanks ma'am.

[@UnlockMaths]

Welcome VeerendraKumar☺

[@AnthonyCristobarraj]

Tq mam

[@dashboard9876]

plz. can you do this kind of prove that questions; If y=e^a.tan-1x, then prove that: (1+x^2) yn+2 (y with base->n+2)+(2nx+2x-a) yn+2 (y with base->n+2)+n(n+1) yn(y-> with base n) =0

[@UnlockMaths]

Yes sure..

[@dashboard9876]

Thankyou 😅

[@SwatiyadavSwatiyadav-m3g]

❤❤❤❤❤❤❤❤❤❤❤❤

[@UnlockMaths]

❤

[@Ragliingoyt]

Why we assume r😢