Set up a ramp on a table that will allow you to repeatedly roll a ball down it uniformly. This week, you will be taking videos of your ball rollint on the table and falling to the floor. Take your video from the side, level with the ball when it leaves the table and far enough away to see the whole path for it to hit the ground. You will be analyzing two segments of the motion: 1) The ball rolling on the flat table before falling off the edge. 2) The ball while it is in the air before hitting the ground. Select the data points on the video after the ball leaves the ramp, but before it falls off the table. Graph x-distance vs. time while on the table. la) Describe the X vs. time graph while the ball is rolling on the table. What does this mean physically? {Fill in your answers with a different color of text.) 1b) Describe the velocity in the X-direction vs. time graph while the ball is rolling on the table. What does this mean physically? {Fill in your answers with a different color of text.} Graph y-distance vs. time while on the table. 1c) Describe the Y vs time graph while the ball is rolling on the table. What does this mean physically? {Fill in your answers with a different color of text.} 1d) Describe the velocity in the Y-direction vs. time while the ball is rolling on the table. What does this mean physically? {Fill in your answers with a different color of text.) Select the data points on the video after the ball falls off the table, but before it hits the floor. Graph x-distance vs. time while falling. I 2a) Describe the X vs. time graph while the ball is falling. What does this mean physically? {Fill in your answers with a different color of text.) 2b) Describe the velocity in the X-direction vs. time while the ball is falling. What does this mean physically? {Fill in your answers with a different color of text.} Graph y-distance vs. time while on the table. 2c) Describe the Y vs. time graph while the ball is falling. What does this mean physically? {Fill in your answers with a different color of text.} 2d) Describe the velocity in the Y-direction while the ball is falling. What does this mean physically? {Fill in your answers with a different color of text.}