  # Find the steady periodic solution to the differential equation

We found that the solution is of the form y = ∑ n = 1 ∞ ( A n cos ( n π a L t) + B n sin ( n π a L t)) sin ( n π L x), 🔗 where A n and B n are determined by the initial conditions. The natural

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The steady periodic solution is the particular solution of a differential equation with damping. (1) x ″ + 2 x ′ + 4 x = 9 sin t First, the form of the complementary solution must be determined in
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## Solved Find the steady periodic solution to the

Question: Find the steady periodic solution to the differential equation x″+6x′+16x=2sin (2t) in the form xsp (t)=Ccos (ωt−α), with C>0 and 0

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## Solutions 2.6-Page 167 Problem 4

Expert Answer Transcribed image text: Find the (steady-state) periodic solution to the differential equation x′′+4x +36x =2sin(2t) in the form X (t)= C cos(ωt−α) with C >0 and 0≤α <2π. X (t)=

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Expert solutions Question Find the steady periodic solution x _ { s p } ( t ) xsp(t) of each of the differential equation. Use a computer algebra system to plot enough terms of the series to Deal with mathematic equation

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