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

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

3 decimal
SET CC Set CC: Regular pentagon of 35 mm sides rests on HP (horizontal plane) on one of its sides while its opposite vertex (corner) is 35 mm above HP. Draw projections when side in HP is 60degrees inclined to VP (vertical plane). Your answer
Draw the Top view
Compute the ommited distances. Show the solutions and draw the Figure properly.
they are the only ines i need please help me. it is confusing me.
2
3A -> 5kip कोग र1ग
Y 20⁰ 30° 30° 500N 'x' X
Determine total indeterminacy
\text { Convert } 2^{1} / 4 \text { feet to inches. }