Let A & M and μ*(A) < oo. Then, for each e > 0, there exist B₁, B2,..., Bk EC, k<∞o with Bin B₁ = 0 for 1 ≤i #j≤k, such that ~ (AA UB₂) <² €, j=1 where for any two sets E₁ and E2, E1 ▲ E2 is the symmetric difference of E1 and E2, defined by E₁ A E2 = (E₁ E₂) U (E₁ E₂).

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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Let A & M and μ*(A) < oo. Then, for each e > 0,
there exist B₁, B2,..., Bk C, k<∞o with BinB;=0 for 1 ≤i #j≤k,
such that
k
4²(AAÙB) <<
j=1
where for any two sets E₁ and E2, E1 E2 is the symmetric difference of
E₁ and E2, defined by E₁ E2 = (E₁ ^ E²) U (E† E₂).
Transcribed Image Text:Let A & M and μ*(A) < oo. Then, for each e > 0, there exist B₁, B2,..., Bk C, k<∞o with BinB;=0 for 1 ≤i #j≤k, such that k 4²(AAÙB) << j=1 where for any two sets E₁ and E2, E1 E2 is the symmetric difference of E₁ and E2, defined by E₁ E2 = (E₁ ^ E²) U (E† E₂).
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