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The 0.5-kg cylinder A is released from rest from the position shown and drops the distance h, It then collides with the 0.4-kg block B; the coeffi- cient of restitution is e = 0.8. Determine the maxi- mum downward displacement Neglect all friction and assume that block B is ini- tially held in place by a hidden mechanism until the collision begins. The two springs of modulus k = 400 N/m are initially unstretched, and the dis- 0.8 m. || ha of block B. tance d 1.0 m. mA A mB B www. he

The 0.5-kg cylinder A is released from rest from the position shown and drops the distance h, It then collides with the 0.4-kg block B; the coeffi- cient of restitution is e = 0.8. Determine the maxi- mum downward displacement Neglect all friction and assume that block B is ini- tially held in place by a hidden mechanism until the collision begins. The two springs of modulus k = 400 N/m are initially unstretched, and the dis- 0.8 m. || ha of block B. tance d 1.0 m. mA A mB B www. he

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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The 0.5-kg cylinder A is released from rest from the position shown and drops the distance h, It then collides with the 0.4-kg block B; the coeffi- cient of restitution is e = 0.8. Determine the maxi- downward displacement h2 of block B. Neglect all friction and assume that block B is ini- tially held in place by a hidden mechanism until the collision begins. The two springs of modulus 400 N/m are initially unstretched, and the dis- 0.8 m. || mum k = |3| tance d 1.0 m. %3D MA A. ITB www he
Transcribed Image Text:The 0.5-kg cylinder A is released from rest from the position shown and drops the distance h, It then collides with the 0.4-kg block B; the coeffi- cient of restitution is e = 0.8. Determine the maxi- downward displacement h2 of block B. Neglect all friction and assume that block B is ini- tially held in place by a hidden mechanism until the collision begins. The two springs of modulus 400 N/m are initially unstretched, and the dis- 0.8 m. || mum k = |3| tance d 1.0 m. %3D MA A. ITB www he
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