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A soldier is tasked with measuring the muzzle velocity of a new rifle. Knowing the principles of Vertical displacement projectile motion, he decides to perform a simple experiment at the indoor firing range. The soldier data hangs a target a distance of d = 104 m from the end of the barrel. The rifle is mounted so that the bullet Bullet drop, h (in exits moving horizontally at the same height as the bullseye. After six trials, the soldier tabulates the cm) values he measured for the vertical distance h from the bullseye to the bullet strike. 6.14 d 7.12 7.14 6.05 7.27 6.18 What is the most accurate muzzle velocity that the soldier can report to his sergeant? m/s Um =

A soldier is tasked with measuring the muzzle velocity of a new rifle. Knowing the principles of Vertical displacement projectile motion, he decides to perform a simple experiment at the indoor firing range. The soldier data hangs a target a distance of d = 104 m from the end of the barrel. The rifle is mounted so that the bullet Bullet drop, h (in exits moving horizontally at the same height as the bullseye. After six trials, the soldier tabulates the cm) values he measured for the vertical distance h from the bullseye to the bullet strike. 6.14 d 7.12 7.14 6.05 7.27 6.18 What is the most accurate muzzle velocity that the soldier can report to his sergeant? m/s Um =

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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A soldier is tasked with measuring the muzzle velocity of a new rifle. Knowing the principles of projectile motion, he decides to perform a simple experiment at the indoor firing range. The soldier hangs a target a distance of d = 104 m from the end of the barrel. The rifle is mounted so that the bullet Vertical displacement data Bullet drop, h (in exits moving horizontally at the same height as the bullseye. After six trials, the soldier tabulates the values he measured for the vertical distance h from the bullseye to the bullet strike. cm) 6.14 d 7.12 7.14 6.05 7.27 6.18 What is the most accurate muzzle velocity that the soldier can report to his sergeant? m/s Um = | |
Transcribed Image Text:A soldier is tasked with measuring the muzzle velocity of a new rifle. Knowing the principles of projectile motion, he decides to perform a simple experiment at the indoor firing range. The soldier hangs a target a distance of d = 104 m from the end of the barrel. The rifle is mounted so that the bullet Vertical displacement data Bullet drop, h (in exits moving horizontally at the same height as the bullseye. After six trials, the soldier tabulates the values he measured for the vertical distance h from the bullseye to the bullet strike. cm) 6.14 d 7.12 7.14 6.05 7.27 6.18 What is the most accurate muzzle velocity that the soldier can report to his sergeant? m/s Um = | |
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