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Indefinite integral (view source)
Revision as of 23:51, November 12, 2007
, 23:51, November 12, 2007Link
An '''indefinite integral''', or antiderivative, is an [[integral]] without upper and lower limits.
An '''indefinite integral''', or antiderivative, is an [[integral]] without upper and lower limits.
There is an infinite number of antiderivatives for a given function, because each indefinite [[integral]] can have an arbitrary constant added to it which disappears upon integration. However, the [[fundamental theorem of calculus]] relates a [[definite integral]] to an indefinite integral by taking its value at the boundary points.
There is an [[infinite]] number of antiderivatives for a given function, because each indefinite [[integral]] can have an arbitrary constant added to it which disappears upon integration. However, the [[fundamental theorem of calculus]] relates a [[definite integral]] to an indefinite integral by taking its value at the boundary points.
[[category:mathematics]]
[[category:mathematics]]