Solve the initial value problem. dv dx -5 √12V(1)=2 O y = -5 cos¹¹ x + 2 O y = 5 cos ¹ x Oy=5 sin ¹ x + 4-57 ~/R O y = 5 sin¹x - 3 O y = 5 cos¹ x+2 O y = 5 sin-¹ x +4+5 2

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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Solve the initial value problem.
dy
dx
-5
√12V(1)=2
O y = -5 cos¹¹ x + 2
O y = 5 cos ¹ x
Oy=5 sin ¹ x +
4-57
~/R
O y = 5 sin¹x - 3
O y = 5 cos¹ x+2
O y = 5 sin-¹ x +4+5
2
Transcribed Image Text:Solve the initial value problem. dy dx -5 √12V(1)=2 O y = -5 cos¹¹ x + 2 O y = 5 cos ¹ x Oy=5 sin ¹ x + 4-57 ~/R O y = 5 sin¹x - 3 O y = 5 cos¹ x+2 O y = 5 sin-¹ x +4+5 2
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