Free Fall Acceleration
by: Mr. Cochran (over 8 years ago)



Project #1648

1303 Views
Description

Students enter your data about the mass, weight and acceleration of objects in free fall gathered during the Free-Fall Lab. The data was gathered using video analysis.

When entering data please use proper units and enter just magnitude for weight and acceleration so that we do not have discrepancies in the direction of the vectors.

Data Sets
Key fall
Fall
Key fall
fall
Key fall
Fall
Key fall
Fall
Key fall
Fall
Key fall
fall
Key fall
Fall
Key fall
Fall
Key fall
Fall
Key fall
Fall
Key fall
Fall
Key fall
Fall
Key fall
Fall
Key fall
fall
Key fall
fall
Key fall
Fall
Key fall
fall cam charlie darwin
Key fall
fall Grace and Rachel
Key fall
fall
Key fall
Fall
Key fall
Fall
Key fall
Justin P, Joe S
Key fall
Fall
Key fall
Fall
Key fall
Fall
Key fall
Fall
Key fall
fall
Key fall
Fall
Key fall
fall
Key fall
fall
Key fall
fall
Key fall
FALL
Key fall
fall
Key fall
fall
Key fall
fall
Key fall
Fall
Key fall
FALL
Key fall
Fall
Key fall
Fall
Key fall
fall
Key fall
Fall
Key fall
Fall
Key fall
fall
Key fall
fall
Key fall
fall
Key fall
fall
Key fall
fall
Key fall
Fall
Key fall
Fall
Key fall
fall
Key fall
Fall
Key fall
Fall
Key fall
Fall
Key fall
fall
Key fall
fall
Fields
Name Units Type
Average Acceleration
m/s/s
Number
Weight
N
Number
Mass
kg
Number
Formula Fields
Contribute Data

Enter contributor key to submit data.


Media
File Name
Pdf

Free Fall Acceleration

Project #1648 on iSENSEProject.org


Description

Students enter your data about the mass, weight and acceleration of objects in free fall gathered during the Free-Fall Lab. The data was gathered using video analysis.

When entering data please use proper units and enter just magnitude for weight and acceleration so that we do not have discrepancies in the direction of the vectors.


Fields
Name Units Type of Data
Average Acceleration
m/s/s
Number
Weight
N
Number
Mass
kg
Number

Our Data
Name(s): ______________________________________
Date: _________________________________________

Average Acceleration Weight Mass