Vx=525 m/s2. A rifle is aimed horizontally shoulder height (1.5 meters above the ground) at a targetbulls eye 700 meters away. The bullet leaves the gun with a muzzle velocity of 1000 m/s.a. Fill out the chart and find how much time it takes the bullet to reach the target.X DimensionXo =0X =Vox=ax =t=Y DimensionYo = 15700mY =1000 MIS| Voy = U m/sm/ay = 9₁.8 m/s+=0%b. How far vertically below the bullseye does the bullet hit the target?If the vertical drop is *more* than 1.5m, where on the ground does it hit?Y=090-A

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Vx=525 m/s 2. A rifle is aimed horizontally shoulder height (1.5 meters above the ground) at a target bulls eye 700 meters away. The bullet leaves the gun with a muzzle velocity of 1000 m/s. Fill out the chart and find how much time it takes the bullet to reach the target. a. Y Dimension X Dimension 0 Xo = Yo = 15 X = 700m Y = Vox= 1000 MIS| Voy = U m/s m/ ax= ay = 9.8 M/S t= +=0% b. How far vertically below the bullseye does the bullet hit the target? If the vertical drop is *more* than 1.5m, where on the ground does it hit? Y=0 90 A

Vx=525 m/s 2. A rifle is aimed horizontally shoulder height (1.5 meters above the ground) at a target bulls eye 700 meters away. The bullet leaves the gun with a muzzle velocity of 1000 m/s. Fill out the chart and find how much time it takes the bullet to reach the target. a. Y Dimension X Dimension 0 Xo = Yo = 15 X = 700m Y = Vox= 1000 MIS| Voy = U m/s m/ ax= ay = 9.8 M/S t= +=0% b. How far vertically below the bullseye does the bullet hit the target? If the vertical drop is more than 1.5m, where on the ground does it hit? Y=0 90 A

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter4: Motion In Two And Three Dimensions

Section: Chapter Questions

Problem 19P

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