Is there a way to figure the velocity required to move uphill

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To determine the velocity required for a 1000 kg car to move uphill on a 0.02 percent grade with a friction value of 0.7, the force can be calculated using the equation F = μmg cosθ, resulting in a force of 6866.99 N. However, the discussion highlights a misunderstanding that forces can be directly converted to velocity, which is not possible. The focus remains on the relationship between force, mass, and acceleration rather than velocity. Ultimately, the thread concludes that the original question may not be well-structured for the physics involved. Understanding the distinction between force and velocity is crucial in solving such problems.
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Homework Statement



I'm trying to figure out how much velocity is required to move 1000 kg car up a hill that has a .02 percent grade and a friction value 0.7.


Homework Equations



F= μmg cosθ

The Attempt at a Solution



F = 6866.99 N

If this is correct how do you get this into velocity.
 
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Ah, never mind this question really makes no sense anyway. Obviously we are dealing with forces which can not be changed to velocity. ( ya... I loose arguments with myself all the time).

Thanks
 

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