I'm assuming you just want a sketch of the graphs' shape so...
1. Rising slope, then slowing curve, and then a less steep rising slope.
-Rising slope is because of the initial velocity, which is unchanging before the ball hits the slope, thus the displacement increases steadily.
-Curve is for the slope; due to acceleration of gravity (downwards, opposite to the vertical component of the velocity on the slope) , so the displacement grows less and less per unit of time.
-Velocity is constant again after the slope, so the displacement grows steadily again. It grows at a lesser rate, since the velocity is lower.
2.Horizontal line, then falling slope, then horizontal line again.
-Horizontal line because the initial velocity experiences no acceleration.
-Falling slope is during the ramp where gravity lowers the velocty.
-Horizontal line again because the velocity is constant again, but is lower than the initial so the "Vx" value is less.
3. Horizontal line
-The acceleration to gravity occurs at all times, so the acceleration is a constant horizontal line. It only acts opposite to the velocity when the ball goes up the ramp, so thats the only time when the velocity decreases.