The differential equation:+b + cI = 03D0dt2dthas a solution given by:y = e* (A sin Bx + B cos Bx)where a = -0.67 and B = 5.16If the initial conditions are y = 1.04 and dy/dt = 1.87 when x 0, find the values of A.%3DGive your answer to 3 decimal places.

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The differential equation: a + 6 + ca = 0 dt dt has a solution given by: y = e (A sin Bx + B cos Bx) where a = -0.67 and 6 = 5.16 If the initial conditions are y = 1.04 and dy/dt = 1.87 when x = 0, find the values of A.

The differential equation: a + 6 + ca = 0 dt dt has a solution given by: y = e (A sin Bx + B cos Bx) where a = -0.67 and 6 = 5.16 If the initial conditions are y = 1.04 and dy/dt = 1.87 when x = 0, find the values of A.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

The differential equation:
+b + cI = 0
3D0
dt2
dt
has a solution given by:
y = e* (A sin Bx + B cos Bx)
where a = -0.67 and B = 5.16
If the initial conditions are y = 1.04 and dy/dt = 1.87 when x 0, find the values of A.
%3D
Give your answer to 3 decimal places.

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