6) y = e *(x* – 5) dy A) dx 5x² 10x + 4x3 = 21(5e* + 2x²) dy 5x2 B) = e* · 10x · 4x³ + e³* · 10x · 4x³3 5x² dx = 80x*e$x² dy C) Sx* . 4x dx dy 5x D) 4x³ + (x* – 5) · e³* - 10x eSp² 5x2 dx 5x2 = 2xe* (2x² + 5xr* – 25) %3D -
6) y = e *(x* – 5) dy A) dx 5x² 10x + 4x3 = 21(5e* + 2x²) dy 5x2 B) = e* · 10x · 4x³ + e³* · 10x · 4x³3 5x² dx = 80x*e$x² dy C) Sx* . 4x dx dy 5x D) 4x³ + (x* – 5) · e³* - 10x eSp² 5x2 dx 5x2 = 2xe* (2x² + 5xr* – 25) %3D -
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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Topic Video
Question
![6) y= e*(x* – 5)
dy
5x2
= e
eśx . 10x + 4x³
A)
dx
2.(5e** + 2x²)
dy
B)
e3x* . 10x · 4x³ + ex* • 10x · 4x³
5x2
%3D
dx
= 80x*e
.45x²
dy
eSx² . 4x³
C)
%3D
dx
dy
5x²
4x³ + (x* – 5) · e³x . 10x
D)
5x²
e
-
dx
= 2xe* (2x² + 5x* – 25)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3e2bbbc0-dc81-429a-808d-3e5203caecad%2Fcdd22370-dafc-41c8-916b-8104ec53f1f0%2F0qnm1ge_processed.jpeg&w=3840&q=75)
Transcribed Image Text:6) y= e*(x* – 5)
dy
5x2
= e
eśx . 10x + 4x³
A)
dx
2.(5e** + 2x²)
dy
B)
e3x* . 10x · 4x³ + ex* • 10x · 4x³
5x2
%3D
dx
= 80x*e
.45x²
dy
eSx² . 4x³
C)
%3D
dx
dy
5x²
4x³ + (x* – 5) · e³x . 10x
D)
5x²
e
-
dx
= 2xe* (2x² + 5x* – 25)
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