Bourbaki

Exercise 29, § 5

Integration, V, p. 107

Let X be a locally compact space. Let Λ:t↦λt\Lambda : t \mapsto \lambda_t be a μ\mu-adequate mapping of T into M+(X)\mathscr{M}_+(X). Let g be a function on X, positive, universally measurable, and locally bounded. Show that the family t↦g⋅λtt \mapsto g \cdot \lambda_t is μ\mu-adequate, and that

∫(g⋅λt)dμ(t)=g⋅∫λtdμ(t) \int (g \cdot \lambda_t) d\mu(t) = g \cdot \int \lambda_t d\mu(t)

under each of the following conditions: a) g is moderated for the measure ∫λtdμ(t)\int \lambda_t d\mu(t); b) the measures λt\lambda_t are bounded.

Solution

No solution has been written yet.

Transcribed from the printed volume. Not translated.