Consider the following equation of motion ä + yå + w?x = 0 . (a) For the overdamped regime, w
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- A rock is thrown upward from level ground in such a way that the maximum height of its flight, ymax, is equal to its horizontal distance d it travels before landing. (a) At what angle theta is the rock thrown? (b) Would your answer to part (a) be different on a different planet? Why? Hint for part (a): Make a sketch. Write out separate equations for vertical and horizontal motion, introducing a time variable. Relate the two equations to solve for theta.What is the velocity function, v(t), of a train accelerating at a rate of 50m/s^2 and traveling at a rate of 100m/s after t=36s?%3D , unit for r The appropriate units consistent with the SI system are: unit for T (Select] ,and unit for v (Select] The expression for calculating the orbital period of an object undergoing uniform circular motion is given by: T = | Select)