Please very my solution: complex analysis

In summary, the conversation discusses solving the equation az - b*conj(z) + c = 0 for z in terms of the complex constants a, b, and c. The solution involves taking the conjugate of the equation and using algebraic manipulation to obtain the final answer of z = -\frac {a+b}{a^2-b^2} * c, with conjugate signs above all the constants.
  • #1
squaremeplz
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Homework Statement



1) consider

[tex] az - b*conj(z) + c = 0 [/tex]

where a,b,c are complex unknown constans

express z in terms of a,b,c

Homework Equations


The Attempt at a Solution

ok so i took the conjugate of the original equation to get a second equation:

[tex] a*conj(z) - b*z + c = 0 [/tex]

so my two equations are

1) [tex] az - b*conj(z) + c = 0 [/tex]

2) [tex] a*conj(z) - b*z + c = 0 [/tex]

in order to get rid of the conj(z) i multiply the top by a and bottom by b

1) [tex] a^2z - ab*conj(z) + ac = 0 [/tex]

2) [tex] ab*conj(z) - b^2z + bc = 0 [/tex]

i simply add and simplify and my answer is

[tex] z = -\frac {a+b}{a^2-b^2} * c [/tex]

does this seem correct?
 
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  • #2
If the problem states that a,b,c are complex constants, then when you conjugate the entire equation, you need to conjugate these constants as well.
 
  • #3
ok, woul the final answer just be my answer with conjugate signs above all the constants?
 

FAQ: Please very my solution: complex analysis

What is complex analysis?

Complex analysis is a branch of mathematics that deals with the study of complex numbers and functions. It involves the analysis of functions that are defined on the complex plane, which is a two-dimensional space consisting of real and imaginary numbers.

What are the applications of complex analysis?

Complex analysis has various applications in different fields such as physics, engineering, and economics. It is used to solve problems related to electric circuits, fluid flow, quantum mechanics, and many other real-world problems.

What are the basic concepts of complex analysis?

The basic concepts of complex analysis include complex numbers, complex functions, differentiation, integration, and the Cauchy-Riemann equations. It also involves the study of analytic functions, singularities, and the Cauchy integral theorem.

What is the importance of complex analysis in mathematics?

Complex analysis is an important tool in mathematics as it provides a powerful framework to solve various problems in different areas of mathematics. It also helps in understanding the behavior of real functions by studying their complex counterparts.

What are the common techniques used in complex analysis?

The common techniques used in complex analysis include the Cauchy integral theorem, Laurent series, residue theorem, and conformal mapping. These techniques are used to evaluate complex integrals, solve differential equations, and find the behavior of complex functions.

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