Lebesgue integrable

[[concept]]

Topics

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Lebesgue Integrable

Let be measurable. A measurable function is Lebesgue integrable over if

NOTE

Recall that if is measurable, we have Where are both nonnegative measurable functions. Then is measurable too, since sums and products of measurable functions are measurable. We can define

Note that LHS is finite if and only if one of the terms on the RHS is infinite. This means that in order for to be integrable, both and need to be integrable.

References

References

See Also

Mentions

Mentions

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