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The cannon fires a 16-lb cannonball with an absolute velocity of 900 ft/sec at 22° to the horizontal. The combined weight of the cannon and its cart is 1932 lb. If the recoil mechanism consists of the spring of constant k = 2160 lb/ft and the damper with viscous coefficient c = 720 lb-sec/ft, determine the maximum recoil deflection Xmax (a positive number) of the cannon unit. جاد Answer: Xmax= i 900 ft/sec 22° ft

The cannon fires a 16-lb cannonball with an absolute velocity of 900 ft/sec at 22° to the horizontal. The combined weight of the cannon and its cart is 1932 lb. If the recoil mechanism consists of the spring of constant k = 2160 lb/ft and the damper with viscous coefficient c = 720 lb-sec/ft, determine the maximum recoil deflection Xmax (a positive number) of the cannon unit. جاد Answer: Xmax= i 900 ft/sec 22° ft

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 cannon fires a 16-lb cannonball with an absolute velocity of 900 ft/sec at 22° to the horizontal. The combined weight of the cannon and its cart is 1932 lb. If the recoil mechanism consists of the spring of constant k = 2160 lb/ft and the damper with viscous coefficient c = 720 lb-sec/ft, determine the maximum recoil deflection Xmax (a positive number) of the cannon unit. Answer: Xmax i m 900 ft/sec 22° ft
Transcribed Image Text:The cannon fires a 16-lb cannonball with an absolute velocity of 900 ft/sec at 22° to the horizontal. The combined weight of the cannon and its cart is 1932 lb. If the recoil mechanism consists of the spring of constant k = 2160 lb/ft and the damper with viscous coefficient c = 720 lb-sec/ft, determine the maximum recoil deflection Xmax (a positive number) of the cannon unit. Answer: Xmax i m 900 ft/sec 22° ft
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