Objects in free-fall on the earth should experience an acceleration of 9.81 m/s². One of the kinematic equations that was presented earlier in this lab, d= Vot + 1/2at2, can be used to determine the acceleration of the spheres. C Balls Distance (m) Time (s) Acceleration in m/s? Green .70 m 0.354 %3D Lead .70 m 0.352 4 Large Steel .70 m 0.353 Small Steel .70 m 0.353 6. Styrofoam .70m 0.361 Average Acceleration St.Dev. of Acceleration Values 1. 23

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section11.3: Hyperbolas
Problem 60E
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Solve acceleration (m/s)
Spring 2021 "Introduction to Kinematics- Displacement, Velocity and Acceleration"(3) (1) - Word
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2. Objects in free-fall on the earth should experience an acceleration of 9.81 m/s?.
One of the kinematic equations that was presented earlier in this lab,
d= Vot + 1/2at?, can be used to determine the acceleration of the spheres.
A
C
1
Balls
Distance (m)
Time (s)
Acceleration in m/s?
Green
.70 m
0.354
%3D
Lead
.70 m
0.352
4.
Large Steel
.70 m
0.353
Small Steel
.70 m
0.353
6.
Styrofoam
.70m
0.361
Average
Acceleration
St.Dev. of
Acceleration
Values
D Focus
w
Transcribed Image Text:Spring 2021 "Introduction to Kinematics- Displacement, Velocity and Acceleration"(3) (1) - Word Sh put References Mailings Review View Help 2. Objects in free-fall on the earth should experience an acceleration of 9.81 m/s?. One of the kinematic equations that was presented earlier in this lab, d= Vot + 1/2at?, can be used to determine the acceleration of the spheres. A C 1 Balls Distance (m) Time (s) Acceleration in m/s? Green .70 m 0.354 %3D Lead .70 m 0.352 4. Large Steel .70 m 0.353 Small Steel .70 m 0.353 6. Styrofoam .70m 0.361 Average Acceleration St.Dev. of Acceleration Values D Focus w
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