d Q. S Vē In(t)dt equals dx a. 4x° (In x) – V2 In(2) b. 4x° (In x) – V2 In(2) c.4x³ (In x) d. 16x° (In x) a

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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touch O O M
0 O"| 27% D 2:46 PM
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67
Q. Let X = {m, n}, and = {¢, X,{m},{n}}.
[0, 00) by
Define the function µm :>
2 if me A
1 if m¢ A
Hm (A) =
, then
Hm is not a measure.
Hm is a measure and um({m,p}\{n,p}) = 1.
Mm is a measure and Hm({m,p}\{n,p}) = 2
а.
b.
с.
d. None of these.
a
d
Q.
S* VE In(t)đt equals
dx
a. 4x° (In x) – V2 1n(2)
b. 4x5 (ln x) – /2 ln(2)
c.4x³ (In x)
d. 16x³ (In x)
Transcribed Image Text:touch O O M 0 O"| 27% D 2:46 PM docs.google.com/forms 67 Q. Let X = {m, n}, and = {¢, X,{m},{n}}. [0, 00) by Define the function µm :> 2 if me A 1 if m¢ A Hm (A) = , then Hm is not a measure. Hm is a measure and um({m,p}\{n,p}) = 1. Mm is a measure and Hm({m,p}\{n,p}) = 2 а. b. с. d. None of these. a d Q. S* VE In(t)đt equals dx a. 4x° (In x) – V2 1n(2) b. 4x5 (ln x) – /2 ln(2) c.4x³ (In x) d. 16x³ (In x)
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