2 **Problem 2: Gun and Bullet System Analysis**A 5 lbm gun fires a 0.05 lbm bullet. The bullet leaves the gun at a velocity of 1500 ft/s in the x direction. If the gun is not restrained, determine its velocity just after the bullet leaves. Analyze this problem in two ways:(a) **Taking the gun as the system.**(b) **Taking the combined gun and bullet as the system.**

Name: 2 **Problem 2: Gun and Bullet System Analysis**A 5 lbm gun fires a 0.0
Uploaded: 2024-03-20T06:56:55.000Z
Channel: Bartleby
Description: 2 **Problem 2: Gun and Bullet System Analysis**A 5 lbm gun fires a 0.05 lbm bullet. The bullet leaves the gun at a velocity of 1500 ft/s in the x direction. If the gun is not restrained, determine its velocity just after the bullet leaves. Analyze th

Given: mass of gun (mg) = 5 lbm mass of bullet (mb) = 0.05 lbm Velocity of bullet leaving gun (Vb) = 1500 ft/s a) Taking the gun as a system (mV)system= mVgun,initial+mVbullet, initial Therefore, Vgun=mVgun,initial+mVbullet,initialmgun=0+(1500×0.05)5 Vgun= 15 ft/s The velocity of gun just after the bullet leaves is 15 ft/s. b) Taking the combined gun and bullet as system Vgun+bullet=mVgun,initial+mVbullet,initialmgun+bullet Vgun+bullet=0+1500×0.055+0.05=14.85 ft/s Velocity of system just after the bullet leave sthe gun is 14.85 ft/s.