Complex Analysis #15 (V.Imp.) | Differentiability of Complex Function f(z)

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This Videos lecture will cover
1. Understanding the concept of Differentiability/ Derivability of a Complex Variable Function f(z).
2. Solving 2 Important Numerical problems on the basis of above concept.

Check the Complete Playlists on the Topics

1. Ordinary Differential Equations
2. Partial Differential Equations & its Applications
3. Laplace Transform & Its applications
4. Fourier Series & Transform
5. Complex Analysis
6. Vector Calculus
7. Probability
8. Multiple Integral & its Applications
9. Partial Differentiation
10. Matrix & its Applications
11. Differential Calculus

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#DifferentiabilityOfComplexFunction
#LimitsContinuityDifferentiabilityOfComplexFunction

[marshadali]

Sir मेरे पास शब्द नहीं हैं की किन शब्दों में आपके पढ़ाने का अंदाज को सराहा जाए
वास्तव में आप बहुत बहुत अच्छा पढ़ाते हैं सबसे अच्छी बात है आप हिंदी में सर्वोत्तम लेह के, शब्दो का उचित चयन करके पढ़ाते हैं जो अद्वित्य है

[alphazao]

Thank you so much for your videos Sir. It really helped mee to understand the chapter. Waiting for more videos...

[PoojaSingh]

Sir how can we check continuity and differentiability by using standard definition .. please make viedo for this.

[ManishaKumari-nozh]

Beautifully explained, Thankyou Sir🙏🏼❤️🕉️🙏🏼.

[arkodasgupta]

To prove existence of a limit, you have to show it using the rigorous definition, i.e. epsilon-delta definition. Just by approaching along y, along x and along y=mx you cant tell the value is independent of any path we approach. Merely it doesnt claim that there does not exist any other path where limit might approach a different value

[jkjammu]

Thanku 🙂 so much sir
Finally I find out best mathmatics lecture on YouTube for bsc...☺️

[palmentor]

Sir gud teaching u have taken fear over complex analysis
We are hoping to have more videos

[aditidubey]

☺️☺️ thankyou sir it was really helpful to learn the basic concepts

[bhavpreetsinghyt]

This is the only video in whole you tube where you can easily understand complex no.

[vikaskasaudhan]

Wow sir Very deeply explanation and also Interesting teaching method 🙇🙇🙇🙏

[usha]

Your teaching method is superb sirr also your session is amazing ✨

[gamestudio]

Very very tnks sir
Aap bahut acaha padate hai

[sangramghosh]

Sir it's help me a lot... Thanks for this video ❤

[vidhyadevi]

Thank you so much I understand the concept apart frm the language neat presentation once again thank you sir

[mizanurrahaman]

Special thanks to you sir.
Explanation is really good .
Voice is also nice.

[sandhyayadav]

Very nice session sir thank you so much for the lecture 🙏🙏

[vishalsuryvanshi]

Sir, Bilinear transformation and conformal mapping

[adeshqutoes]

I am very happy because this concept is doubtful long time

[aishakhurshid]

Thankuuuu Sir ...Itny mushkil sy Mjy achy Vdeo mly

[dept.ofmathematicsgncsirsa]

Nice & very simple way of teaching