Maximize Mousetrap Car Performance for Physics Project

AI Thread Summary
To maximize the performance of a mousetrap car for a physics project, focus on optimizing the design for distance, as the primary requirement is to travel 25 feet while carrying a full can of pop. Key strategies include minimizing friction by using lightweight materials and ensuring smooth wheel movement. The car's weight distribution should be balanced to enhance stability and distance traveled. While speed is a consideration for extra credit, prioritizing distance will align with grading criteria. Overall, effective design and material choices are crucial for achieving the desired performance.
katie_08
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I need to build a mousetrap car for a physics class and i was wondering if anyone could possibly give me any ideas on how to make the car travel faster and further. The requirements are that it needs to travel 25 ft for an A while carrying a full (closed) can of pop.Also, we can't use anything other than the mousetrap for power and cannot manipulate the spring on the mousetrap. If anyone could help me it would be appreciated. Thanks so much!
 
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What are your thoughts on it so far? I can't tell you how to build your car because that would be cheating.
 
how to make the car travel faster and further.
If both cannot be achieved, which is preferable?
 
i would preferably like to know how to maximize the distance because that is what i am being graded on, yet the faster it goes the better the possibility of extra credit. Also,i already know how i am going to build the car i was just wondering if anyone had any tips.
 
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