Rocket Trajectory Prediction: Understanding the Key Factors

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The discussion revolves around a homework assignment focused on predicting the stopping distance of a model rocket on a string, with participants expressing confusion about the assignment's requirements. Key questions include the orientation of the rocket's launch—whether vertical or horizontal—and the specific manufacturer's specifications needed for calculations. Participants emphasize the importance of understanding the impulse of the rocket motor and other relevant parameters. Clarification on these details is crucial for providing accurate assistance. Overall, the conversation highlights the need for more information to effectively tackle the problem.
Duncan LK
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Homework Statement
Predict the stopping distance of a model rocket on string using only specifications from the model rocket manufacturer.
Relevant Equations
F=Ma
Impulse=Ft
I must confess, I have no clue what to do
 
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And how is it that you have been given a homework assignment that you don't even know how to start? Have you attended class? Have you read the material?
 
Duncan LK said:
Homework Statement:: Predict the stopping distance of a model rocket on string using only specifications from the model rocket manufacturer.
Homework Equations:: F=Ma
Impulse=Ft

I must confess, I have no clue what to do
Not sure what is meant by distance of a model rocket on a string here. Is the rocket being launched vertically? What else is the string attached to?
What are the manufacturer's specifications? Were you provided with these or told which parameters would be involved and expected to research them?
 
What is your starting point? Do you have the impulse of the motor and/or what type it is? I'm assuming if it's on a string, it's going horizontally. Can't really help you without specifics
 
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