A bullet is aimed at a target on the wall a distance L away from the firing position. Because of gravity, the bullet strikes the wall a distance $\Delta$y below the mark as suggested in the figure. Note: The drawing is not to scale. If the distance L was half as large and the bullet had the same initial velocity, how would $\Delta$y be affected?
A)$\Delta$y will double.
B)$\Delta$y will be half as large.
C)$\Delta$y will be four times larger.
D)$\Delta$y will be one fourth as large.
E)$\Delta$y is not possible to determine unless numerical values are given for the distances.

Question

A bullet is aimed at a target on the wall a distance L away from the firing position. Because of gravity, the bullet strikes the wall a distance $\Delta$y below the mark as suggested in the figure. Note: The drawing is not to scale.  If the distance L was half as large and the bullet had the same initial velocity, how would $\Delta$y be affected?
A)$\Delta$y will double. 
B)$\Delta$y will be half as large. 
C)$\Delta$y will be four times larger. 
D)$\Delta$y will be one fourth as large. 
E)$\Delta$y is not possible to determine unless numerical values are given for the distances.

Quizplus · Accepted Answer

The Answer of A bullet is aimed at a target on the wall a distance L away from the firing position. Because of gravity, the bullet strikes the wall a distance $\Delta$y below the mark as suggested in the figure. Note: The drawing is not to scale.  If the distance L was half as large and the bullet had the same initial velocity, how would $\Delta$y be affected?
A)$\Delta$y will double. 
B)$\Delta$y will be half as large. 
C)$\Delta$y will be four times larger. 
D)$\Delta$y will be one fourth as large. 
E)$\Delta$y is not possible to determine unless numerical values are given for the distances.

A Bullet Is Aimed at a Target on the Wall Δ\DeltaΔ

A Bullet Is Aimed at a Target on the Wall $\Delta$