[29] A damped spring-mass system has mass m = 50 kg, damping coefficient y = 50 N-s/m, and spring constant k = 100 N/m. Assume that an external force of 10 cos(wt) N acts on the mass. (b) Determine the steady-state response of the system, when w = 1. (c) If we increase the frequency of the external force from w 1 a little, will the amplitude of the steady-state response increase or decrease? (d) Determine the steady-state response of the system, when w = 2. (b) cost + sint meters (c) Increases. (d) - cos(2t) + sin(2t) meters

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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For 29 b,c,d answers are provided but I need to see work on how to get those answers. For c, I need a worded explanation/justification of why it is increasing.

50 N-s/m,
[29] A damped spring-mass system has mass m = = 50 kg, damping coefficient y
and spring constant k = 100 N/m. Assume that an external force of 10 cos(wt) N acts on
the mass.
(b) Determine the steady-state response of the system, when w = = 1.
(c) If we increase the frequency of the external force from w
amplitude of the steady-state response increase or decrease?
(d) Determine the steady-state response of the system, when w =
= 2.
(b) cost + sint meters
(c) Increases.
(d) cos(2t) + sin(2t) meters
1 a little, will the
Transcribed Image Text:50 N-s/m, [29] A damped spring-mass system has mass m = = 50 kg, damping coefficient y and spring constant k = 100 N/m. Assume that an external force of 10 cos(wt) N acts on the mass. (b) Determine the steady-state response of the system, when w = = 1. (c) If we increase the frequency of the external force from w amplitude of the steady-state response increase or decrease? (d) Determine the steady-state response of the system, when w = = 2. (b) cost + sint meters (c) Increases. (d) cos(2t) + sin(2t) meters 1 a little, will the
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