## Recursos de colección

#### The Wolfram Functions Site, Repository hosted at UIUC (88.000 recursos)

Wolfram Research's Mathematical Functions provides the mathematical and scientific community with a unified resource of information about mathematical functions. The interrelationships between the special functions of mathematical physics and the elementary functions of mathematical analysis as well as the interrelationships between the functions in each group are also detailed. The Functions were created and are maintained with additional sponsorship from the National Science Foundation.

Probability

1. #### Hermite polynomials: Integration (formula 05.01.21.0015)

Involving erfi (1 formula)

2. #### Hermite polynomials: Integration (formula 05.01.21.0014)

Involving erf (1 formula)

3. #### Hermite function: Integration (formula 07.01.21.0014)

Involving erfi (1 formula)

4. #### Hermite function: Integration (formula 07.01.21.0013)

Involving erf (1 formula)

5. #### Inverse complementary error function: Zeros (formula 06.31.30.0002)

Zeros (2 formulas)

6. #### Inverse complementary error function: Zeros (formula 06.31.30.0001)

Zeros (2 formulas)

7. #### Inverse complementary error function: Representations through equivalent functions (formula 06.31.27.0002)

With related functions (1 formula)

8. #### Inverse complementary error function: Representations through equivalent functions (formula 06.31.27.0001)

With inverse function (1 formula)

9. #### Inverse complementary error function: Representations through more general functions (formula 06.31.26.0001)

Through other functions (1 formula)

10. #### Inverse complementary error function: Integration (formula 06.31.21.0001)

Involving only one direct function (1 formula)

11. #### Inverse complementary error function: Differentiation (formula 06.31.20.0002)

Low-order differentiation (2 formulas)

12. #### Inverse complementary error function: Differentiation (formula 06.31.20.0001)

Low-order differentiation (2 formulas)

13. #### Inverse complementary error function: Differential equations (formula 06.31.13.0001)

Ordinary nonlinear differential equations (1 formula)

14. #### Inverse complementary error function: Series representations (formula 06.31.06.0002)

Generalized power series (2 formulas)

15. #### Inverse complementary error function: Series representations (formula 06.31.06.0001)

Generalized power series (2 formulas)

16. #### Inverse complementary error function: General characteristics (formula 06.31.04.0001)

Domain and analyticity (1 formula)

17. #### Inverse complementary error function: Specific values (formula 06.31.03.0002)

Values at fixed points (2 formulas)

18. #### Inverse complementary error function: Specific values (formula 06.31.03.0001)

Values at fixed points (2 formulas)

19. #### Inverse complementary error function: Primary definition (formula 06.31.02.0001)

Primary definition (1 formula)

20. #### Inverse of the generalized error function: Zeros (formula 06.30.30.0001)

Zeros (1 formula)

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