LET f is Lebesgue Integrable on A where m(A) is finite, Prove that f must be finite almost everywhere on A.

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- Nov 22nd 2011, 09:13 AMyounhockf is L(A) implies finite almost everywhere?
LET f is Lebesgue Integrable on A where m(A) is finite, Prove that f must be finite almost everywhere on A.

Please Help ~~(Crying) - Nov 22nd 2011, 09:31 AMgirdavRe: f is L(A) implies finite almost everywhere?
and . Since , and you can conclude.

- Nov 22nd 2011, 09:44 AMyounhockRe: f is L(A) implies finite almost everywhere?
- Nov 22nd 2011, 09:49 AMgirdavRe: f is L(A) implies finite almost everywhere?
- Nov 22nd 2011, 09:51 AMyounhockRe: f is L(A) implies finite almost everywhere?
- Nov 22nd 2011, 09:53 AMgirdavRe: f is L(A) implies finite almost everywhere?
- Nov 22nd 2011, 09:54 AMyounhockRe: f is L(A) implies finite almost everywhere?
- Nov 22nd 2011, 10:41 AMgirdavRe: f is L(A) implies finite almost everywhere?
And note that the result is true for a -finite measured space , i.e. a space such that we can find a countable partition of into sets of finite measure (for example with Lebesgue measure).