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Four inelastic cables are attached to plate and hold the 1.25-ft- long spring A 0.25 ft in compression when no weight is on the plate. There is also an un-deformed spring B nested within this compressed spring. If the block C, having a weight of 8 lb, is moving downward at v= 5 ft/s, when it is h = 3 ft above the plate, determine how far the plate moves downwards when the block momentarily stops after striking it. Neglect the weight of the plate. k = 100 kg = 200 %3D %3D 1ft 0.75 ft MAA

Four inelastic cables are attached to plate and hold the 1.25-ft- long spring A 0.25 ft in compression when no weight is on the plate. There is also an un-deformed spring B nested within this compressed spring. If the block C, having a weight of 8 lb, is moving downward at v= 5 ft/s, when it is h = 3 ft above the plate, determine how far the plate moves downwards when the block momentarily stops after striking it. Neglect the weight of the plate. k = 100 kg = 200 %3D %3D 1ft 0.75 ft MAA

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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Solve this mechanics problem.
Four inelastic cables are attached to plate Pand hold the 1.25-ft- long spring A 0.25 ft in compression when no weight is on the plate. There is also an un-deformed spring B nested within this compressed spring. If the block C, having a weight of 8 lb, is moving downward at v= 5 ft/s, when it is h = 3 ft above the plate, determine how far the plate moves downwards when the block momentarily stops after striking it. Neglect the weight of the plate. ka = 100 ka = 200 kA 1 ft 0.75 ft kB
Transcribed Image Text:Four inelastic cables are attached to plate Pand hold the 1.25-ft- long spring A 0.25 ft in compression when no weight is on the plate. There is also an un-deformed spring B nested within this compressed spring. If the block C, having a weight of 8 lb, is moving downward at v= 5 ft/s, when it is h = 3 ft above the plate, determine how far the plate moves downwards when the block momentarily stops after striking it. Neglect the weight of the plate. ka = 100 ka = 200 kA 1 ft 0.75 ft kB
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