The spring is initially compressed by 35 cm and suddenly released with the system at rest. If the spring constant is 212 N/m, determine the absolute velocity (m/s) of the lighter and heavier mass.
The spring is initially compressed by 35 cm and suddenly released with the system at rest. If the spring constant is 212 N/m, determine the absolute velocity (m/s) of the lighter and heavier mass.
Chapter2: Loads On Structures
Section: Chapter Questions
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
Transcribed Image Text:The spring is initially compressed by 35 cm and suddenly
released with the system at rest. If the spring constant is
212 N/m, determine the absolute velocity (m/s) of the
lighter and heavier mass.
7 kg
3 kg
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