Balloon car project
[DOC File]Balloon Powered Race Cars - Ms. Ratchford's Science Classes
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TASK 2 - Calculate the speed of your car at 5 meters: Show work, equation and correct units. TASK 3 – Create a Position vs. Time graph for your car. Only include 0-5 meter data. Balloon Car Project CLASS DATA COLLECTION Calculating Average Speed: Average Speed = Distance ( Time
[DOC File]Balloon Powered Car Project - Shamburg Science
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Balloon Powered Car Project. Problem/Objective: To design a car that accelerates quickly and travels a long distance. Hypothesis: Statement relating to how a balloon will power your car. Include at least two of the laws of motion. Materials: List of all materials used to construct the car.
[DOC File]Balloon Powered Race Cars
https://info.5y1.org/balloon-car-project_1_af967f.html
- Calculate the speed of your car at 5 meters: Show work, equation and correct units. TASK 3 – Create a Position vs. Time graph for your car. Only include 0-5 meter data. Balloon Car Project: Class Data Collection. Average Speed = Distance ( Time. Number Name Time Distance Average Speed in m/s Class Ranking Balloon Car Project: Daily Progress ...
[DOC File]Balloon Car Planning Guide: Name(s)____
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7. What will cause your car to stop? 8. Will all cars have roughly the same amount of force available? Explain. 9. What caused your car to move forward? 10. Explain why the open end of the balloon must face backwards if you want the car to move forward. 11. List 3 …
[DOC File]Balloon - Powered Cars
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Feb 28, 2014 · 5th Grade Project. Objectives: To build a balloon-powered car that will go as far as possible in a straight line. Apply the Scientific Method and scientific concepts while designing and testing the car. General Information: Even though this project is called a balloon-powered car, it does not have to look like a “car”, or any regular vehicle.
[DOC File]Balloon Powered Race Cars
https://info.5y1.org/balloon-car-project_1_4ebf40.html
TASK 2 - Calculate the speed, acceleration, force of gravity, and force of your car at 5 meters: Show work, equation and correct units. TASK 3 – Create a Position vs. Time graph for your car. Only include 0-5 meter data. Balloon Car Project CLASS DATA COLLECTION . Calculating Average Speed: Average Speed = Distance ( Time
[DOC File]Balloon Powered Race Cars - Ms. Reyna
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*Resources: List 3 web sites on balloon cars that can used as a resource in completing the project. Race Day Procedures: 1. Use the spring scale or electronic balance to find the mass of your car. Report value in grams and kilograms. 2. Time how long it takes your car to travel 6 tiles (1.8 m) when starting from rest.
[DOC File]Balloon Powered Race Cars
https://info.5y1.org/balloon-car-project_1_c8ed22.html
TASK 2 - Calculate the speed of your car at 5 meters: Show work, equation and correct units. TASK 3 – Create a Position vs. Time graph for your car. Only include 0-5 meter data. Balloon Car Project CLASS DATA COLLECTION . Calculating Average Speed: Average Speed = Distance ( Time. Number Name Time Distance Average Speed in m/s Class Ranking
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