How to Find the Force of Friction on a Model Rocket?

AI Thread Summary
To find the force of friction on a model rocket, it's important to focus on air resistance and drag rather than kinetic friction, as the rocket is not sliding on a surface during launch. The relevant equation for friction is Ff=μkFn, where Fn is the normal force calculated as Fn=mg. The coefficient of kinetic friction (μk) is not applicable in this scenario since the rocket is in flight. Instead, consider factors like the rocket's speed, shape, and air density to analyze drag forces. Understanding these concepts will provide a clearer picture of the forces acting on the rocket during its ascent.
physicnoob101
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Homework Statement


ok, so in need to find the force of friction applied onto a model rocket. I don't want the answer, but how to find thr force of friction


Homework Equations


i know that Ff=μkFn
Fn=mg

but i don't know how to find μk
 
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What's the situation? Unless your model rocket is sliding across a surface, kinetic friction will not be relevant.
 
the rocket is using a b6 engines and is being launched into the air.
 
You want to explore air resistance and drag, not kinetic friction.
 
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