Correctly identify statements below as true or false about the integral test shown. * I an with f(n) = an n=1 and f(x)dx 1 true false f(x) must be continuous for x 21 the improper integral can converge and the series diverge series AND integral either вотH соnverge or Bотн diverge integral test give absolute convergence f(x) can have a lower bound of some x < 0 the lower bounds must match and sometimes requires some manipulation to achieve the lower bound must always be 1 f(x) must be decreasing so the series doesn't fail the nth term test the series has the same sum as what the improper integral

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Series Condition 4

Correctly identify statements below as true or false about the integral test
shown. *
E an with f(n) = an
n = 1
and f(x)dx
true
false
f(x) must be continuous for x
21
the improper integral can
converge and the series
diverge
series AND integral either
BOTH converge or BOTH
diverge
integral test give absolute
convergence
f(x) can have a lower bound
of some x < 0
the lower bounds must
match and sometimes
requires some manipulation
to achieve
the lower bound must always
be 1
f(x) must be decreasing so
the series doesn't fail the nth
term test
the series has the same sum
as what the improper integral
converges to
terms must be positive
Transcribed Image Text:Correctly identify statements below as true or false about the integral test shown. * E an with f(n) = an n = 1 and f(x)dx true false f(x) must be continuous for x 21 the improper integral can converge and the series diverge series AND integral either BOTH converge or BOTH diverge integral test give absolute convergence f(x) can have a lower bound of some x < 0 the lower bounds must match and sometimes requires some manipulation to achieve the lower bound must always be 1 f(x) must be decreasing so the series doesn't fail the nth term test the series has the same sum as what the improper integral converges to terms must be positive
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