Select ALL of the following statements which are NOT correct. Let f(2) = {i, Jei, if x > 0, for r E JR. Then there exists a power series an x" such that lo, if x < 0. f (s) Σαη π", for a e [0, 1). O If a function f is continuous on (-1, 1), then f is a uniform limit of a sequence of polynomials on (-1, 1). If a power series an x" converges on a finite interval a, b, then it converges uniformly on a, b. n2 n=1 4" 20 27 15 m=1 5n 32 ||

Elements Of Modern Algebra
8th Edition
ISBN:9781285463230
Author:Gilbert, Linda, Jimmie
Publisher:Gilbert, Linda, Jimmie
Chapter8: Polynomials
Section8.3: Factorization In F [x]
Problem 23E: Let f(x),g(x),h(x)F[x] where f(x) and g(x) are relatively prime. If h(x)f(x), prove that h(x) and...
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Select ALL of the following statements which are NOT correct.
f(2) = {
Let
-7, if x > 0, for æ E R. Then there exists a power seriesE an x" such that
if x < 0.
f (x) = Eanx" , for x E [0, 1).
O If a function f is continuous on (-1, 1), then f is a uniform limit of a sequence of polynomials on
(-1, 1).
If a power series an x" converges on a finite interval a, b, then it converges uniformly on a, b.
20
En=1
4"
27
n²
En=1
15
32
||
||
Transcribed Image Text:Select ALL of the following statements which are NOT correct. f(2) = { Let -7, if x > 0, for æ E R. Then there exists a power seriesE an x" such that if x < 0. f (x) = Eanx" , for x E [0, 1). O If a function f is continuous on (-1, 1), then f is a uniform limit of a sequence of polynomials on (-1, 1). If a power series an x" converges on a finite interval a, b, then it converges uniformly on a, b. 20 En=1 4" 27 n² En=1 15 32 || ||
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