Let (fa). be a sequence of functions f : [0, 1] Rdefined by fa(z) = S2n²z +1 if z %3D Then 1. S.) doesn't converges to 0 pointwisely on (0, 1]. 2. (f) converges to f=0 uniformly on [0, 1] and thus fa(z)dr converges to f(z)dr. 3. (f.) coverges to 0 pointwisely on [0, 1] but not uniformly. 4. (f.) converges to f =0 uniformly on (0, 1] and so (S) converges to 0 uniformly.

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 (fa)n be a sequence of functions fa : [0, 1] Rdefined by fa(z)=
2nz +1
, if r<
, if SIS1
Then
1. (f.) doesn't converges to 0 pointwisely on 0, 1].
2 f) coverges to f =0 uniformly on [0, 1] and thus fa(z)dr converges to f(z)dr.
3. (f.) converges to 0 pointwisely on [0, 1] but not uniformly.
4. (f.) converges to f =0 uniformly on 0, 1] and so (S.) converges to 0 uniformly.
The segur nce of functions
on 01 Then on 0. 1
we have
75°F
Farch
TOSHIBA
近
4.
Transcribed Image Text:Let (fa)n be a sequence of functions fa : [0, 1] Rdefined by fa(z)= 2nz +1 , if r< , if SIS1 Then 1. (f.) doesn't converges to 0 pointwisely on 0, 1]. 2 f) coverges to f =0 uniformly on [0, 1] and thus fa(z)dr converges to f(z)dr. 3. (f.) converges to 0 pointwisely on [0, 1] but not uniformly. 4. (f.) converges to f =0 uniformly on 0, 1] and so (S.) converges to 0 uniformly. The segur nce of functions on 01 Then on 0. 1 we have 75°F Farch TOSHIBA 近 4.
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