1.2.16 In Example 1.2.19, we came up with a formula for the half derivatives D/2 (sin(x)) and D'/²(cos(x)). Gener- alize this by coming up with a formula for D" (sin(x)) and D' (cos(x)) where r E R is arbitrary.
1.2.16 In Example 1.2.19, we came up with a formula for the half derivatives D/2 (sin(x)) and D'/²(cos(x)). Gener- alize this by coming up with a formula for D" (sin(x)) and D' (cos(x)) where r E R is arbitrary.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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
Transcribed Image Text:1.2.16 In Example 1.2.19, we came up with a formula for
the half derivatives D/2(sin(x)) and D'/2(cos(x)). Gener-
alize this by coming up with a formula for D" (sin(x)) and
D" (cos(x)) where r E R is arbitrary.
d.comsbnogober
ivotivo mon
Expert Solution
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Step 1
We have to derive the general form of and
Since we know that
(1)
Now let in (1), then
then we have
then using (1)
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