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@btechmathshub7050IfV=x²-y²+x/x²+y² then find an analytic function
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@btechmathshub7050Functions Of A Complex Variable-To find harminic conjugate,analytic function-Milnes Thomson Method
@btechmathshub7050IfV=x²-y²+x/x²+y² then find an analytic function
0:15:02
@btechmathshub7050u=x/x²+y², u=y/x²+y² find analytic function
0:12:30
@btechmathshub7050P.T u=x²-y²,V=-y/x²+y² both u and v satisfy Laplace's equation
0:21:44
#18 || Problem#4 || If ∅+𝒊𝝋 where 𝝋=(𝒙^𝟐−𝒚^𝟐 )+𝒙/(𝒙^𝟐+𝒚^𝟐 ) find ∅|| 18MAT41 || Complex function||...
0:04:51
@btechmathshub7050Find F(z) given the real part u=x²-y²-x.
![@btechmathshub7050u=e^-x[(x²-y²)cosy+2xysiny] is harmonic](https://i.ytimg.com/vi/mkGC1_mBds0/hqdefault.jpg)
0:18:22
@btechmathshub7050u=e^-x[(x²-y²)cosy+2xysiny] is harmonic and find its analytic function
0:11:25
Complex Analysis || Find Harmonic conjugate || v = x^2 - y^3 +x /(x^2 +y^2) || Exact Differential
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prove that u=x^2-y^2 ,v = -y/x^2+y^2 both u and v satisfy Laplace equations
0:12:45
Construction of Complex Potential || Complex Analysis || 18mat21 || Dr Prashant Patil
0:10:21
@btechmathshub7050If v=e^x(xsiny+ycosy) is given find analytic function
0:06:07
Construction of analytic function | 𝒖=𝒍𝒐𝒈 √(𝒙^𝟐+𝒚^𝟐 ) | Complex analysis 18mat41| Dr Prashant Patil...
0:05:31
#VT-S4-23 - EMT 4th sem : Construct the analytic function whose real part is u=log√(x^2+y^2 )
0:08:39
Constructing Analytic Functions when Imaginary Part is Given - Part 2: Complex Analysis
0:21:08
#16 || Problem#2 || Analytic function f(z) || Real part is (𝒙^𝟒−𝒚^𝟒−𝟐𝒙)/(𝒙^𝟐+𝒚^𝟐 ) || 18MAT41 ||...
0:16:07
@btechmathshub7050u=e^2x(xcos2y-ysin2y) find the analytic function and harmonic conjugate
0:04:32
Cauchy Riemann Analytic function f(z), Imaginary part (r-k^2/r)sinθ find the real part
0:12:05
@btechmathshub7050If u=sin2x/coshy-cos2x then find analytic function
0:11:08
Milne Thomson method, if imaginary part of the analytic function is given! Lecture-5.
0:20:24
Milne Thompson method _ polar form problems
0:10:01
How to find analytic function || 𝒖−𝒗=𝒙−𝒚+𝒆^𝒙 (𝑪𝒐𝒔𝒚−𝑺𝒊𝒏𝒚) || 18mat41|| Dr Prashant Patil...
0:14:43
Solution of LDE order one Part 1
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Milne Thomson Method-Complex Variables | Concept + Examples| Engineering Mathematics sem-3|
0:07:19
Find the directional derivative of the function
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Concepts and problems on Milne Thomson Method | Complex variables part-2 || Engineering maths
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