u(x.y)+ iv(xiy) and I=x+ a) for function w show the providing the condition of Vu• Tv =O (in here ý it a clel operator and known as V: +2. Because of that Vu= ↑ d4 + ê au to be analatic ay is like...


u(x.y)+ iv(xiy) and I=x+<br>a) for function w<br>show the providing the<br>condition of Vu• Tv =O (in here ý it a clel operator and<br>known as V: +2. Because of that Vu= ↑ d4 + ê au<br>to<br>be analatic<br>ay<br>is like this. For exomple known as Vv)<br>b) for function w to be<br>an harmonic function it has to be<br>analatic, sa Show the prouicling the conditions of Couchy-Riemann<br>(Hint : one u(xiy) tunction is harmonic<br>so it provides the<br>= 0. In this case,<br>u and v<br>condition s of :<br>in separated Should provicle the harmonic conditions.)<br>

Extracted text: u(x.y)+ iv(xiy) and I=x+ a) for function w show the providing the condition of Vu• Tv =O (in here ý it a clel operator and known as V: +2. Because of that Vu= ↑ d4 + ê au to be analatic ay is like this. For exomple known as Vv) b) for function w to be an harmonic function it has to be analatic, sa Show the prouicling the conditions of Couchy-Riemann (Hint : one u(xiy) tunction is harmonic so it provides the = 0. In this case, u and v condition s of : in separated Should provicle the harmonic conditions.)

Jun 04, 2022
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