Circle the letter next to each statement that is always true. (a) ſ cf(x)dx = c ƒ f(x)dx where c is a constant (b) S [f(x)g(x)] dr = (S f(x)dx) (S g(x)dx) (c) S. f(x) dx + S. f(x) dx = S" f(x) dx (d) J S f(x)dx J g(x)dx f(x) (e) S[f(x)+ g(x)] dæ = J f(x)dx + J g(x)dx (f) S. f(x)dx = – SE f(x)dx

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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Circle the letter next to each statement that is always true.
(a) ſcS(x)dx
c f f(x)dx where c is a constant
= C
(b) S [f(x)g(x)] dx = (S f(x)dx) (S g(x)dx)
(c) S. f(x) dx + S. f(x) dx = [, f(x) dx
(d) S ledx =
S f(x)dx
T g(x)dx
(e) S [f(x)+ g(x)] dx = ƒ f(x)dx + J g(x)dx
(f) Si f(x)dx = – SE f(x)dx
Transcribed Image Text:Circle the letter next to each statement that is always true. (a) ſcS(x)dx c f f(x)dx where c is a constant = C (b) S [f(x)g(x)] dx = (S f(x)dx) (S g(x)dx) (c) S. f(x) dx + S. f(x) dx = [, f(x) dx (d) S ledx = S f(x)dx T g(x)dx (e) S [f(x)+ g(x)] dx = ƒ f(x)dx + J g(x)dx (f) Si f(x)dx = – SE f(x)dx
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