Balloon Powered Rocket Car DATA ANALYSIS Name_ Per

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```					Balloon Powered Rocket Car DATA ANALYSIS            Names:_____________________ Per.____

Using the data collected in class and your knowledge and experience of forces and energy

Extra Credit: Include a photo of your car HERE

TASK 1 - Create a Distance vs. Time data table for your car. Only include 0-5 meter data.

Distance vs. Time Data Table
Time (seconds)    Distance (meters)
0                   0

TASK 2 - Create a Distance vs. Time graph for your car. Only include 0-5 meter data.
Be sure to use scatter graph with lines in Excel.
TASK 3 - Create a Speed vs. Time data table for your car. Only include 0-5 meter data.

Speed vs. Time Data Table
Distance (m)          Time (sec)         Speed (m/s)
0                     0                 0
1
2
3
4
5

TASK 4 - Create a Speed vs. Time graph for your car. Only include 0-5 meter data.
Be sure to use scatter graph with lines in Excel.
TASK 5 - Distance vs. Time Graph Analysis

During this        Car is speeding up, slowing         Reason (look at the slope):
distance:          down, or constant speed:

0 to 1 meter

1 to 2 meters

2 to 3 meters

3 to 4 meters

4 to 5 meters

TASK 6 – Create 3 Energy Transfer Diagrams of the interactions involved when your car
was in motion.

____________ Interaction

Mechanical
Energy Transfer

Decrease in                                     Increase in

Energy                                           Energy
____________ Interaction

Mechanical
Energy Transfer

Decrease in                           Increase in

Energy                               Energy

____________ Interaction

Mechanical
Energy Transfer

Decrease in                           Increase in

Energy                               Energy
TASK 7 – Create a Force Arrow Diagram for each 0m, 1m, 2m, 3m, 4m, and 5m. I will do
the 0m and 1m for you  Be sure to adjust the force arrows depending on the associated
forces.

Forces at 0 Meters
At meter 0, the car is at zero speed.

Forces are Balanced.

Forces at 1st Meter
At meter 1, the car is speeding up.
Force exerted by air on car.

Force exerted by balloon on car.
Force exerted by axel on car parts.

Force exerted by ground on wheels.

Forces are Unbalanced in the Forward Direction.
TASK 8 – Write a one-two paragraph conclusion that answers our project questions: What
balloon powered car design will have the greatest average speed over 5 meters? What
balloon powered car design will travel the greatest distance?

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 views: 49 posted: 3/7/2011 language: English pages: 6