To evaluate the integral O of du √a² + u² u² du udu √a + bu Answer: u = What is the function u? What is du? Answer: du Answer: I = s = ln (u + √u²+ a²) + C 2dx 16+ 4x² 2dx √16+4x² which of the following formulas can be used? 2 36² 2 (3b²u²-4abu +8a²2) √a+bu + C 1563 (bu-2a)√a + bu + C Find the value(s) of a and b (if appropriate), and use the formula to evaluate the integral. [Use the letter 'C' for an arbitrary constant.] dx
To evaluate the integral O of du √a² + u² u² du udu √a + bu Answer: u = What is the function u? What is du? Answer: du Answer: I = s = ln (u + √u²+ a²) + C 2dx 16+ 4x² 2dx √16+4x² which of the following formulas can be used? 2 36² 2 (3b²u²-4abu +8a²2) √a+bu + C 1563 (bu-2a)√a + bu + C Find the value(s) of a and b (if appropriate), and use the formula to evaluate the integral. [Use the letter 'C' for an arbitrary constant.] dx
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
![To evaluate the integral
O
of
du
√a² + u²
u² du
udu
√a + bu
Answer: u =
What is the function u?
What is du?
Answer: du
Answer:
I
=
s
= ln (u + √u²+ a²) + C
2dx
16+ 4x²
2dx
√16+4x²
which of the following formulas can be used?
2
36²
2 (3b²u²-4abu +8a²2) √a+bu + C
1563
(bu-2a)√a + bu + C
Find the value(s) of a and b (if appropriate), and use the formula to evaluate the integral. [Use the letter
'C' for an arbitrary constant.]
dx](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F331dde76-6a50-46f2-a3c6-b980872f165e%2F0091e7c7-1225-4490-a655-cc059bbc10b7%2F1yht7i4_processed.png&w=3840&q=75)
Transcribed Image Text:To evaluate the integral
O
of
du
√a² + u²
u² du
udu
√a + bu
Answer: u =
What is the function u?
What is du?
Answer: du
Answer:
I
=
s
= ln (u + √u²+ a²) + C
2dx
16+ 4x²
2dx
√16+4x²
which of the following formulas can be used?
2
36²
2 (3b²u²-4abu +8a²2) √a+bu + C
1563
(bu-2a)√a + bu + C
Find the value(s) of a and b (if appropriate), and use the formula to evaluate the integral. [Use the letter
'C' for an arbitrary constant.]
dx
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