filmov
tv
@btechmathshub7050S.T f(z)=e^x(cosy+isiny) is Holomorphic(Analytic) n find its derivative
Показать описание
@btechmathshub7050Functions Of A Complex Variable-Problem
0:04:46
@btechmathshub7050S.T f(z)=e^x(cosy+isiny) is Holomorphic(Analytic) n find its derivative
0:02:18
Cauchy Riemann show that f(z) = e^x(cosy + isiny) is holomorphic
0:04:22
#13 || Problem#5 || Show that 𝒇(𝒛)=𝒆^𝒙 [𝒄𝒐𝒔𝒚+𝒊𝒔𝒊𝒏𝒚] is holomorphic || Complex Function || 18MAT4 ||...
0:06:32
SHOW THAT THE FUNCTION w=e^x(cosy+i siny) is Analytic, Hence find the derivative #e^x(cosy+isiny)
0:10:30
@btechmathshub7050U=e^x(xcosy-ysiny) find imaginary part of f- Milnes's Thomson Method
0:04:41
Show that the function 𝒇(𝒛)=𝒔𝒊𝒏𝒙 𝒄𝒐𝒔𝒉𝒚+𝒊𝒄𝒐𝒔𝒙 𝒔𝒊𝒏𝒉𝒚 is analytic everywhere || Complex Analysis...
0:08:25
@btechmathshub7050If u-v=e^x(cosy-siny) find an analytic function.
0:08:30
Complex Analysis 4 | Holomorphic and Entire Functions [dark version]
0:52:14
Holomorphic Functions and Cauchy-Riemann Equations
0:09:01
@btechmathshub7050Find whether f(z)=x-iy/x²+y² is analytic or not
0:09:20
@btechmathshub7050Show that f(z)is not analytuc- Functions Of A Complex Variables
0:09:50
How to find analytic function || 𝒗=𝒆^𝒙 (𝒙𝑺𝒊𝒏 𝒚+𝒚𝑪𝒐𝒔 𝒚) || 18mat41|| Dr Prashant Patil...
0:11:20
#20 || Problem#6 || Find the analytic function f(z)= u + iv given 〖𝒖−𝒗=𝒆〗^𝒙 [𝒄𝒐𝒔𝒚−𝒔𝒊𝒏𝒚] || 18MAT41||...
0:07:40
If f(z) =u+iv is analytic and u-v =e^x (cosy-siny), find f(z) || complex analysis bsc maths
0:16:42
@btechmathshub7050S.T W=logz satisfy C-R equations when z#0
0:08:19
@btechmathshub7050If f(z)=z³ prove that u=c1 and v=c2 cut orthogonally
0:05:13
Cauchy Riemann u-v = e^x (cosy - siny) find f(x) = u+iv
0:04:14
Cauchy Riemann: Find the analytic function f(z) where imaginary part is e^x(x siny + y cosy)
0:06:54
@btechmathshub7050If U=e^x²-y².cos2xy find analytic function and harmonic conjugate
0:12:30
@btechmathshub7050P.T u=x²-y²,V=-y/x²+y² both u and v satisfy Laplace's equation
0:07:15
Complex Variable| Prove that f(z)=sin hz is analytic
0:03:36
how to find value of k if f(z) is analytic #complex and numerical methods
0:10:25
If n is real, r^n(cosnθ+isinnθ) is Analytic except possibly when r=0 and that its derivative exist....
0:20:39
LEC 7 |first method |Analytic Function | If u=e^(x)(x cos y-y sin y) find the analytic function u+iv
Комментарии