Theorem 1: Suppose f(m, n) is a double sequence on R such that f(m, n) > 0. Then, E f(m, n) converges if and only if the set of partial sum is bounded. Proof. The detailed is left as exercise. Just only apply monotone convergence theorem. Theorem 2: If E f(m,n) converges absolutely, then Ef(m,n) converges. Proof. Left as exercise.
Theorem 1: Suppose f(m, n) is a double sequence on R such that f(m, n) > 0. Then, E f(m, n) converges if and only if the set of partial sum is bounded. Proof. The detailed is left as exercise. Just only apply monotone convergence theorem. Theorem 2: If E f(m,n) converges absolutely, then Ef(m,n) converges. Proof. Left as exercise.
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.4: Mathematical Induction
Problem 35E
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Question
Prove theorem 1 and theorem 2
![Theorem 1: Suppose f(m, n) is a double sequence on R such that f(m, n) > 0. Then,
Ef(m, n) converges if and only if the set of partial sum is bounded.
Proof. The detailed is left as exercise. Just only apply monotone convergence theorem.
Theorem 2: If E f(m,n) converges absolutely, then Ef(m, n) converges.
Proof. Left as exercise.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff11bf13d-0137-4dc4-86b2-863ea249143f%2F06e55457-f333-46ae-bf3b-f70678eb1bc1%2Fbnrxhnc_processed.png&w=3840&q=75)
Transcribed Image Text:Theorem 1: Suppose f(m, n) is a double sequence on R such that f(m, n) > 0. Then,
Ef(m, n) converges if and only if the set of partial sum is bounded.
Proof. The detailed is left as exercise. Just only apply monotone convergence theorem.
Theorem 2: If E f(m,n) converges absolutely, then Ef(m, n) converges.
Proof. Left as exercise.
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