The Cauchy-Riemann conditions are a set of partial differential equations which, along with certain other criteria, guarantee a complex function will be holomorphic (that is, complex differentiable), since they garuntee that angles will be preserved by a mapping. Given a function , the Cauchy-Riemann conditions are or, using the polar representation of a complex function in terms of For any function which respects the Cauchy-Riemann conditions, will also obey Laplace's equation. This can easily be seen by differentiating a second time.
| Attributes | Values |
|---|
| rdfs:label
| - Cauchy–Riemann conditions
|
| rdfs:comment
| - The Cauchy-Riemann conditions are a set of partial differential equations which, along with certain other criteria, guarantee a complex function will be holomorphic (that is, complex differentiable), since they garuntee that angles will be preserved by a mapping. Given a function , the Cauchy-Riemann conditions are or, using the polar representation of a complex function in terms of For any function which respects the Cauchy-Riemann conditions, will also obey Laplace's equation. This can easily be seen by differentiating a second time.
|
| dcterms:subject
| |
| dbkwik:math/proper...iPageUsesTemplate
| |
| abstract
| - The Cauchy-Riemann conditions are a set of partial differential equations which, along with certain other criteria, guarantee a complex function will be holomorphic (that is, complex differentiable), since they garuntee that angles will be preserved by a mapping. Given a function , the Cauchy-Riemann conditions are or, using the polar representation of a complex function in terms of For any function which respects the Cauchy-Riemann conditions, will also obey Laplace's equation. This can easily be seen by differentiating a second time. File:GammaAbsSmallPlot.svg This complex analysis-related article contains minimal information concerning its topic. You can help the Mathematics Wikia by adding to it.
|