| 1. | In particular, any locally integrable function has a distributional derivative.
|
| 2. | For a given integrable function, consider the function defined by:
|
| 3. | Locally integrable functions play a prominent role in functions of bounded variation.
|
| 4. | Now we will show that a Darboux integrable function satisfies the first definition.
|
| 5. | Suppose is an integrable and square-integrable function.
|
| 6. | This includes the case of improperly Riemann integrable functions.
|
| 7. | Before collapse, the wave function may be any square-integrable function.
|
| 8. | Are given by convolution with integrable functions and have uniformly bounded operator norms.
|
| 9. | He later constructed an example of an integrable function whose Fourier series diverges everywhere.
|
| 10. | Let be a square-integrable function.
|