Definitely.scolaiw said:I am assuming it require Energy equations
For some reason, you set KE = GPE. Instead, consider the total energy at any point. That total energy doesn't change. Write an equation expressing that fact.The attempt at solution = Fail
Call the mass of the cart 'm'. It doesn't matter and will drop out of any calculation.scolaiw said:I still don't get it... How can you do so, without knowing the mass of "cart"? Where does all the velocities factor into this?
You don't need the actual numerical value for the total energy. (You don't have the mass, afterall.) All you need to find is the height of point Y and you are given all the information you need to do that.scolaiw said:Yeah that's what I don't get, how can you get the total mechanical energy from so little information?
Exactly!scolaiw said:I am thinking 0.5mv^2 + mgh = 0.5mv^2 + mgh and solving for second h.
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