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A gun is so designed that, on firing, the barrel recoils against a spring. A dashpot, at the end of recoil allows the barrel to come back to its initial position within the minimum time without any oscillation. The gun barrel has a mass of 1000 kg and a recoil spring of 600 N/mm. The barrel recoils 1 m on firing. Determine the (i) initial recoil velocity of the gun barrel, and (ii) critical damping coefficient of the dashpot engaged at the end of recoil stroke.

A gun is so designed that, on firing, the barrel recoils against a spring. A dashpot, at the end of recoil allows the barrel to come back to its initial position within the minimum time without any oscillation. The gun barrel has a mass of 1000 kg and a recoil spring of 600 N/mm. The barrel recoils 1 m on firing. Determine the (i) initial recoil velocity of the gun barrel, and (ii) critical damping coefficient of the dashpot engaged at the end of recoil stroke.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A gun is so designed that, on firing, the barrel recoils against a spring. A dashpot, at the end of recoil allows the barrel to come back to its initial position within the minimum time without any oscillation. The gun barrel has a mass of 1000 kg and a recoil spring of 600 N/mm. The barrel recoils 1 m on firing. Determine the (i) initial recoil velocity of the gun barrel, and (ii) critical damping coefficient of the dashpot engaged at the end of recoil stroke.
Transcribed Image Text:A gun is so designed that, on firing, the barrel recoils against a spring. A dashpot, at the end of recoil allows the barrel to come back to its initial position within the minimum time without any oscillation. The gun barrel has a mass of 1000 kg and a recoil spring of 600 N/mm. The barrel recoils 1 m on firing. Determine the (i) initial recoil velocity of the gun barrel, and (ii) critical damping coefficient of the dashpot engaged at the end of recoil stroke.
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