Відео

Great teacher 🎉🎉🎉🎉

Sir limit 0 to π hi kyu liya jb je vo -pi or pi ke beech m hai or T ki value Pi kaise aayi?

Happy Teachers day 🎉🎉 Sir Ji Aap bahut bahut best Professor Mathematics h

Sir Your way of teaching is excellent, Please upload a video on Topic - Maxima and Minima for several variables for graduates. Thank you 🙏🙏😊😊

🎉 good trick

Thanku sir. But the z looks more like t..

Zbardast

Love you hogia sir .. 🤍

14:30 this question is in PG book💀

Hello sir.. I am from iimt 2015 passout mechanical..and I find you today here... I saw your video and It comes like a flash back in my college days... Thanks sir.. You are the best teacher and my favorite...

Thank you sir your lecture helps me a lot ❤

Sir ye to apne 0 to pie me krdiya, lekin question to -pie to pie me pucha hai

This was very helpful sir thank you 🙏🙏🙏🙏🙏🙏🙏🙏🙏 but i have a question the a1 = 0 were you testing to show that when n is odd then An = 0 ???🙏🙏🙏

Amazing sir m kitne time se ye topic smjhna chaah rahi thi pr samjh nahi aa raha tha but aapne bhut ache se samjhaya....🤗...thank you sir

bhai wo t he z bol raha tu 😂😂

sir 👌

sir Please add English subtitles It makes more helpful others like me who speak other languages ​​more helpful😊😊

Sir have you discussed that another type of integral anywhere which you was talking about at the end of the videos...?

Great voice and excellent problem solving Good explanation of my favourite subject Superb sir My great sir

Thanku so much sir...for this playlist...😊

Saviour sir ❤

Madly love you sir ❤

Thank you so much sir

Sir, so nicely explained, Thank you. Kindly also inform how to evaluate integral by initial method. Regards.

Very clear....

Why complex integration doesn't represent sir

15:00 Incorrect Deduction! Recheck the Computation.

I have watched your all videos.Take a tution from online expert's.

Not to much helpful

Aapko khud tution ki jrurt hai........ Watch lecture of professor's

You need tution

thank you sir 🙏

Thank you sir

Thank you sir❤

Thanks

Thank you sir

Thank you sir🙏

Thanks sir ❤

Good ❤

Thank you so much sir 😊

This lecture is help full for sem exam revison😊 Thanks sir

an elastic string without weight, of which the unstretched length is l and the modulus of elasticity is the weight of n ozs. is suspended by one end and mass of m ozs. is attached to the other, show that the time of a vertical oscillation is 2π √( ml/ng)

Superb sir

great lecture

Thanks sir

sir ye z ki value x+iy kaise aai ?????

Ek hi baar me samjh aagya sir

sir please upload ode lecture no. 4

Thank you sir 2 hr