Linked from

The 22 pages that link to Improper integral, each with the reason it gives.

• Lebesgue integralCompared with: Some improper integrals converge even when the corresponding absolute Lebesgue integral diverges.

• Definite integralCompared with: It extends ordinary definite integration beyond finite intervals and bounded functions.

• Fundamental theorem of calculusCompared with: The standard theorem's hypotheses do not directly cover these limiting cases.

• Riemann integralCompared with: It extends ordinary integration beyond the bounded-function, finite-interval setting.

• Riemann sumCompared with: Ordinary finite-partition sums do not directly define these integrals.

• Iterated integralCompared with: Nested improper integrals can converge in one order and diverge in another.