Difference between revisions of "Graph of a function"

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(Created page with "In mathematics, in reference to functions, the '''graph of a function''' f is the collection of all ordered pairs (x, f(x)). == Descr...")
 
(See also)
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== See also ==
 
== See also ==
  
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* [[Asymptote]]
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* [[Chart]]
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* [[Concave function]]
 
* [[Continuous function]]
 
* [[Continuous function]]
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* [[Contour plot]]
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* [[Convex function]]
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* [[Critical point]]
 
* [[Curve]]
 
* [[Curve]]
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* [[Derivative]]
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* [[Epigraph]]
 
* [[Function (mathematics)]]
 
* [[Function (mathematics)]]
 
* [[Mathematics]]
 
* [[Mathematics]]
 
* [[Real-valued function]]
 
* [[Real-valued function]]
 
* [[Scalar (mathematics)]]
 
* [[Scalar (mathematics)]]
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* [[Slope]]
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* [[Solution point]]
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* [[Stationary point]]
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* [[Tetraview]]
 
* [[Three-dimensional graph]]
 
* [[Three-dimensional graph]]
 
* [[Two-dimensional graph]]
 
* [[Two-dimensional graph]]
 
* [[Tuple]]
 
* [[Tuple]]
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* [[Vertical translation]]
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* [[y-intercept]]
  
 
== External links ==
 
== External links ==

Revision as of 15:37, 13 September 2016

In mathematics, in reference to functions, the graph of a function f is the collection of all ordered pairs (x, f(x)).

Description

If the function input x is a scalar, the graph is a two-dimensional graph, and for a continuous function is a curve.

If the function input x is an ordered pair (x1, x2) of real numbers, the graph is the collection of all ordered triples (x1, x2, f(x1, x2)), and for a continuous function is a surface (see three-dimensional graph).

Informally, if x is a real number and f is a real-valued function, graph may mean the graphical representation of this collection, in the form of a line chart: a curve on a Cartesian plane, together with Cartesian axes, etc.

Graphing on a Cartesian plane is sometimes referred to as curve sketching.

See also

External links