Consider the decreasing sequence of functions {fn} defined on R, where fn(r) = X[n,00), Vn e N. That is, fn is the characteristic function of the interval [n, 0) for all n e N. Use the sequence {fn}...


Consider the decreasing sequence of functions {fn} defined on R, where fn(r) = X[n,00), Vn e N.<br>That is, fn is the characteristic function of the interval [n, 0) for all n e N.<br>Use the sequence {fn} as a counterexample to show that the Monotone Convergence<br>Theorem does not hold for decreasing sequence of functions.<br>

Extracted text: Consider the decreasing sequence of functions {fn} defined on R, where fn(r) = X[n,00), Vn e N. That is, fn is the characteristic function of the interval [n, 0) for all n e N. Use the sequence {fn} as a counterexample to show that the Monotone Convergence Theorem does not hold for decreasing sequence of functions.

Jun 05, 2022
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