Dion is trying figure out how high the bridge over the river is. He drops small rocks and measures how leng for them to reach the water. On average, it takes the stones 1.36 seconds to splash Into the water. Calculate the height of the bridge above the water, Calculate how fast the stones were moving when they splashed.

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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Name:
Date:
4x=at+Vt
a (m/s*)
Vi (m/s) [to]
V. (m/s) (from, at]
Ax (m) (how far)
t (s)
V =V
+ 2a(Ax)
Calculate the height of the bridge above the water,
Calculate how fast the stones were moving when they splashed,
2. Maribel and Santiago drop a small coin from the roof of their apartment building. If the building is 18.4 meter
calculate how long it will take the coin to reach the ground.
for them to reach the water. On average, it takes the stones 1.36 secends to splash Into the water
1 Dion is trying figure out how high the bridge over the river is. He drops small rocks and measures how leng it
Freefalling- Level 3 (Ignore air resistance, use 9,8 m/s' for gravity)
Transcribed Image Text:Name: Date: 4x=at+Vt a (m/s*) Vi (m/s) [to] V. (m/s) (from, at] Ax (m) (how far) t (s) V =V + 2a(Ax) Calculate the height of the bridge above the water, Calculate how fast the stones were moving when they splashed, 2. Maribel and Santiago drop a small coin from the roof of their apartment building. If the building is 18.4 meter calculate how long it will take the coin to reach the ground. for them to reach the water. On average, it takes the stones 1.36 secends to splash Into the water 1 Dion is trying figure out how high the bridge over the river is. He drops small rocks and measures how leng it Freefalling- Level 3 (Ignore air resistance, use 9,8 m/s' for gravity)
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