1(x) = √²*²*²²* u(t) dtdtdtdt, to a single integral. Using the formula (70), noting that n = 4, we find the equivalent single integral. I(x) - 3! H [ (x-t)³ u(t) dt,

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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Example 1. Convert the following quadruple integral
1(x) = √² ſª* [*] [*ª* u(t) dtdtdtdt,
0
0
to a single integral.
Using the formula (70), noting that n =
the equivalent single integral.
4, we find
I(x)
3!
Ső
(r-t)³ u(t) dt,
Transcribed Image Text:Example 1. Convert the following quadruple integral 1(x) = √² ſª* [*] [*ª* u(t) dtdtdtdt, 0 0 to a single integral. Using the formula (70), noting that n = the equivalent single integral. 4, we find I(x) 3! Ső (r-t)³ u(t) dt,
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