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#20 || Problem#6 || Find the analytic function f(z)= u + iv given γ€–π’–βˆ’π’—=𝒆〗^𝒙 [π’„π’π’”π’šβˆ’π’”π’Šπ’π’š] || 18MAT41||
#20 || Problem#6 || Find the analytic function f(z)= u + iv given γ€–π’–βˆ’π’—=𝒆〗^𝒙 [π’„π’π’”π’šβˆ’π’”π’Šπ’π’š] || 18MAT41||
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#20 || Problem#6 || Find the analytic function f(z)= u + iv given γ€–π’–βˆ’π’—=𝒆〗^𝒙 [π’„π’π’”π’šβˆ’π’”π’Šπ’π’š] || 18MAT41||

#20 || Problem#6 || Find the analytic function f(z)= u + iv given γ€–π’–βˆ’π’—=𝒆〗^𝒙 [π’„π’π’”π’šβˆ’π’”π’Šπ’π’š] || 18MAT41||

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Analytical Functions in Complex Analysis: Finding u-v Relations | Pt. 2

Analytical Functions in Complex Analysis: Finding u-v Relations | Pt. 2

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How to find analytic function || π’–βˆ’π’—=π’™βˆ’π’š+𝒆^𝒙 (π‘ͺπ’π’”π’šβˆ’π‘Ίπ’Šπ’π’š) || 18mat41|| Dr Prashant Patil

How to find analytic function || π’–βˆ’π’—=π’™βˆ’π’š+𝒆^𝒙 (π‘ͺπ’π’”π’šβˆ’π‘Ίπ’Šπ’π’š) || 18mat41|| Dr Prashant Patil

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How to find analytic Function |𝒖+𝒗=𝒙^πŸ‘βˆ’π’š^πŸ‘+πŸ‘π’™π’š(π’™βˆ’π’š) | Complex Analysis | 18mat41 | Dr Prashant Patil

How to find analytic Function |𝒖+𝒗=𝒙^πŸ‘βˆ’π’š^πŸ‘+πŸ‘π’™π’š(π’™βˆ’π’š) | Complex Analysis | 18mat41 | Dr Prashant Patil

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If f(z) =u+iv is analytic and u-v =e^x (cosy-siny), find f(z) || complex analysis bsc maths

If f(z) =u+iv is analytic and u-v =e^x (cosy-siny), find f(z) || complex analysis bsc maths

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@btechmathshub7050u-v=(x-y)(xΒ²+4xy+yΒ²) find analytic function

@btechmathshub7050u-v=(x-y)(xΒ²+4xy+yΒ²) find analytic function

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#22 || Finding the conjugate harmonic function & the analytic functions ||18MAT41|| complex function

#22 || Finding the conjugate harmonic function & the analytic functions ||18MAT41|| complex function

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#26 || Problem#6 || show that [𝝏/𝝏𝒙 |𝒇(𝒛)|]^𝟐+[𝝏/ππ’š |𝒇(𝒛)|]^𝟐=|𝒇^β€² (𝒛)|^𝟐 || 18MAT41||

#26 || Problem#6 || show that [𝝏/𝝏𝒙 |𝒇(𝒛)|]^𝟐+[𝝏/ππ’š |𝒇(𝒛)|]^𝟐=|𝒇^β€² (𝒛)|^𝟐 || 18MAT41||

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If u-v = (x-y)(x^2 +4xy + y^2) then find analysis function f(z) = u+iv | Complex Analysis bsc maths

If u-v = (x-y)(x^2 +4xy + y^2) then find analysis function f(z) = u+iv | Complex Analysis bsc maths

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How to find analytic function | 𝒖=(π‘Ίπ’Šπ’ πŸπ’™)/(π‘ͺ𝒐𝒔𝒉 πŸπ’šβˆ’π‘ͺπ’π’”πŸπ’™) | 18mat41 | Dr Prashant Patil

How to find analytic function | 𝒖=(π‘Ίπ’Šπ’ πŸπ’™)/(π‘ͺ𝒐𝒔𝒉 πŸπ’šβˆ’π‘ͺπ’π’”πŸπ’™) | 18mat41 | Dr Prashant Patil

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SHOW THAT THE FUNCTION w=e^x(cosy+i siny) is Analytic, Hence find the derivative #e^x(cosy+isiny)

SHOW THAT THE FUNCTION w=e^x(cosy+i siny) is Analytic, Hence find the derivative #e^x(cosy+isiny)

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Cauchy Riemann u-v = e^x (cosy - siny) find f(x) = u+iv

Cauchy Riemann u-v = e^x (cosy - siny) find f(x) = u+iv

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#24 || Problem#2 || 𝒖=𝒆^𝒙 π’™π’„π’π’”π’šβˆ’π’šπ’”π’Šπ’π’š ||Harmonic conjugate || Analytic function f(z) ||18MAT41 ||

#24 || Problem#2 || 𝒖=𝒆^𝒙 π’™π’„π’π’”π’šβˆ’π’šπ’”π’Šπ’π’š ||Harmonic conjugate || Analytic function f(z) ||18MAT41 ||

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#7|| Orthogonal Property of analytic function || Calculus of complex functions || 18MAT41 ||

#7|| Orthogonal Property of analytic function || Calculus of complex functions || 18MAT41 ||

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Problems - Finding the Analytic Function given u or v

Problems - Finding the Analytic Function given u or v

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@btechmathshub7050If u-v=e^x(cosy-siny) find an analytic function.

@btechmathshub7050If u-v=e^x(cosy-siny) find an analytic function.

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@btechmathshub7050U=cosx.coshy determine the analytic function

@btechmathshub7050U=cosx.coshy determine the analytic function

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Construction of analytic function f(z) given real (PART-3) by EASY MATHS EASY TRICKS

Construction of analytic function f(z) given real (PART-3) by EASY MATHS EASY TRICKS

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@btechmathshub7050U=e^x(xcosy-ysiny) find imaginary part of f- Milnes's Thomson Method

@btechmathshub7050U=e^x(xcosy-ysiny) find imaginary part of f- Milnes's Thomson Method

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Construction of analytic function | 𝒖=π’π’π’ˆ √(𝒙^𝟐+π’š^𝟐 ) | Complex analysis 18mat41| Dr Prashant Patil

Construction of analytic function | 𝒖=π’π’π’ˆ √(𝒙^𝟐+π’š^𝟐 ) | Complex analysis 18mat41| Dr Prashant Patil

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