查看“︁代數函數”︁的源代码

{{各種函數}}
'''代數函數'''是指只包含常数与自变量相互之间有限次的[[加]]、[[減]]、[[乘]]、[[除]]、[[有理數|有理]][[冪運算|指数]][[幂]]和[[開方]]六种[[运算]]的[[函數]]。非代數函數則稱為[[超越函數]]。

== 例子 ==
<math>y=x^2</math>表示一[[拋物線]]的方程，一以<math>x</math>為變數的[[二次方程|二次]]代數函數。

== 參見 ==
* [[代數式]]
* [[解析函数]]
* [[复变函数]]
* [[初等函数]]
* [[函数]]
* [[广义函数]]
* [[特殊函数及人名名词列表]]
* [[函数类型列表]]
* [[多項式]]
* [[有理函數]]
* [[特殊函数]]
* [[超越函數]]

== 参考 ==
* {{cite book|authorlink=Lars Ahlfors|first = Lars|last = Ahlfors|title = Complex Analysis|url=https://archive.org/details/complexanalysisi0000ahlf_v7n1|publisher = McGraw Hill|year = 1979}}
* {{cite book|author = van der Waerden, B.L.|authorlink=Bartel Leendert van der Waerden| title = Modern Algebra, Volume II|publisher = Springer|year=1931}}

== 外部链接 ==
{{commons category|Algebraic functions}}
*[http://www.encyclopediaofmath.org/index.php/Algebraic_function Definition of "Algebraic function" in the Encyclopedia of Math]{{Wayback|url=http://www.encyclopediaofmath.org/index.php/Algebraic_function |date=20190703174101 }}
*{{MathWorld |title=Algebraic Function |id=AlgebraicFunction}}
*{{PlanetMath|urlname=AlgebraicFunction|title=Algebraic Function}}
*[http://www.daviddarling.info/encyclopedia/A/algebraic_function.html Definition of "Algebraic function"]{{Wayback|url=http://www.daviddarling.info/encyclopedia/A/algebraic_function.html |date=20201026100400 }} in [[David J. Darling]]'s Internet Encyclopedia of Science

{{代數小作品}}

[[Category:解析函数]]
[[Category:函数]]
[[Category:亚纯函数]]
[[Category:特殊函数]]
[[Category:各类函数]]