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6. The students in a physics class are performing an experiment to determine the acceleration due to gravity. They drop water balloons from the top of a building and estimate the time at which the balloon hit the ground. After analyzing all of their data, they produce the model h() = -S² + 30 to model the height of a balloon in metres t seconds after it has been dropped. What is the best estimate for the instantaneous rate of change in the height of a balloon 1 s after it has been dropped? a. - 20 m/s b. - 10 m/s c. - 5 m/s d. 5 m/s

6. The students in a physics class are performing an experiment to determine the acceleration due to gravity. They drop water balloons from the top of a building and estimate the time at which the balloon hit the ground. After analyzing all of their data, they produce the model h() = -S² + 30 to model the height of a balloon in metres t seconds after it has been dropped. What is the best estimate for the instantaneous rate of change in the height of a balloon 1 s after it has been dropped? a. - 20 m/s b. - 10 m/s c. - 5 m/s d. 5 m/s

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter4: Polynomial And Rational Functions
Section: Chapter Questions
Problem 5T
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6. The students in a physics class are performing an experiment to determine the acceleration due to gravity. They drop water balloons from the top of a building and estimate the time at which the balloons hit the ground. After analyzing all of their data, they produce the model h() = -5r? + 30 to model the height of a balloon in metres t seconds after it has been dropped. What is the best estimate for the instantaneous rate of change in the height of a balloon 1 s after it has been dropped? a. - 20 m/s c. - 5 m/s d. 5 m/s b. - 10 m/s
Transcribed Image Text:6. The students in a physics class are performing an experiment to determine the acceleration due to gravity. They drop water balloons from the top of a building and estimate the time at which the balloons hit the ground. After analyzing all of their data, they produce the model h() = -5r? + 30 to model the height of a balloon in metres t seconds after it has been dropped. What is the best estimate for the instantaneous rate of change in the height of a balloon 1 s after it has been dropped? a. - 20 m/s c. - 5 m/s d. 5 m/s b. - 10 m/s
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