6 A simplified model of a ¼ car suspension is shown neglecting wheel dynamics. Data are: m = 500kg k=4x105 N/m B=3000N/m s-1 k road input amplitude Y=10mm, frequency =130.7rad s-¹ X m y B What is the acceleration amplitude experienced by the driver? (1.2g)
6 A simplified model of a ¼ car suspension is shown neglecting wheel dynamics. Data are: m = 500kg k=4x105 N/m B=3000N/m s-1 k road input amplitude Y=10mm, frequency =130.7rad s-¹ X m y B What is the acceleration amplitude experienced by the driver? (1.2g)
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
Transcribed Image Text:6 A simplified model of a ¼ car suspension
is shown neglecting wheel dynamics. Data
are:
m = 500kg k=4x105 N/m B=3000N/m s-1
k
road input amplitude Y=10mm, frequency
=130.7rad s-¹
X
m
y
B
What is the acceleration amplitude experienced by the driver? (1.2g)
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