Rollerball
by: Susan Santee (14 days ago)
Cloned From: Kinetic Energy Project
This project is locked.


Project #3366

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Description

The purpose of this lab is to determine the effect of potential energy on kinetic energy.  Data was collected by six teams, in three separate projects then combined. However, data is still best view using one data set at a time.

The first set of data shows the velocity when  a marble is rolled down a tube that is 1.5 meters long with a starting height of 72 cm.

The second set changes the ramp height to 110 centimeter.

The third set changes the ramp height to 122 centimeters

The goal is to show that the higher the ramp height (position) or the bigger the potential energy, the higher the kinetic energy (velocity) the marble has.


Data Sets
Key rollerball
Team Dulce
Key rollerball
Team Steven
Key rollerball
Team Tamia
Key rollerball
Team Kayla
Key rollerball
Team Noah
Key rollerball
Team Jon
Fields
Name Units Type
ramp height
Text
velocity
None
Number
Team
Text
Formula Fields
Contribute Data

Enter contributor key to submit data.


Media
File Name
Tn 1491582048972
Visualizations
Name

Rollerball

Project #3366 on iSENSEProject.org


Description

The purpose of this lab is to determine the effect of potential energy on kinetic energy.  Data was collected by six teams, in three separate projects then combined. However, data is still best view using one data set at a time.

The first set of data shows the velocity when  a marble is rolled down a tube that is 1.5 meters long with a starting height of 72 cm.

The second set changes the ramp height to 110 centimeter.

The third set changes the ramp height to 122 centimeters

The goal is to show that the higher the ramp height (position) or the bigger the potential energy, the higher the kinetic energy (velocity) the marble has.



Fields
Name Units Type of Data
ramp height
Text
velocity
None
Number
Team
Text

Our Data
Name(s): ______________________________________
Date: _________________________________________

ramp height velocity Team