Natasha likes to drops rocks off of tall bridges to determine the height of the bridge, assume no one is below to get hurt. To find this answer she uses the formula: s (t) =-16 t + so and a phone's stopwatch to time the fall. One drop produced a fall time of t = 5.4 seconds to hit the ground below from a particularly high bridge. How high above the ground is this bridge that Natasha dropped a rock from? Number Round to nearest whole value. The units for this answer is: Feet o Feet per second o Meters o Meters per second

Natasha likes to drops rocks off of tall bridges to determine the height of the bridge, assume no one is below to get hurt. To find this answer she uses the formula: s (t) =-16 t + so and a phone's stopwatch to time the fall. One drop produced a fall time of t = 5.4 seconds to hit the ground below from a particularly high bridge. How high above the ground is this bridge that Natasha dropped a rock from? Number Round to nearest whole value. The units for this answer is: Feet o Feet per second o Meters o Meters per second

Calculus: Early Transcendentals

8th Edition

ISBN:9781285741550

Author:James Stewart

Publisher:James Stewart

Chapter1: Functions And Models

Section: Chapter Questions

Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...

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Question

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How high above the ground is this bridge that Natasha dropped a rock from?

Natasha likes to drops rocks off of tall bridges to determine the height of the bridge, assume no one is below to get
hurt. To find this answer she uses the formula: s (t) = -16 t + so and a phone's stopwatch to time the fall.
One drop produced a fall time of t = 5.4 seconds to hit the ground below from a particularly high bridge.
How high above the ground is this bridge that Natasha dropped a rock from?
Number
Round to nearest whole value.
The units for this answer is:
Feet
o Feet per second o Meters o Meters per second

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