Linked from

The 10 pages that link to Antiderivative, each with the reason it gives.

• Definite integralCompared with: An antiderivative can evaluate many definite integrals, but it is not their definition.

• Fundamental theorem of calculusRelated: Antiderivatives provide the endpoint values used to evaluate definite integrals.

• IntegralRelated: Antiderivatives provide a computational route to many definite integrals.

• Integration by partsNarrower topic: The method requires finding an antiderivative for the factor designated as dv.

• Indefinite integralNarrower topic: Each member of an indefinite integral is an antiderivative of its integrand.

• Elliptic integralRelated: Elliptic integrals arise when an antiderivative cannot generally be written in elementary functions.

• Constant of integrationNarrower topic: The constant distinguishes the full family of antiderivatives that share one derivative.

• Integration by substitutionNarrower topic: After substitution simplifies the integrand, finding an antiderivative completes the method.

• Time derivativeCompared with: It reverses differentiation and recovers quantities from a rate, up to a constant.

• Cauchy's formula for repeated integrationRelated: Repeated integration constructs successive antiderivatives, with constants fixed by the lower endpoint.