cceleration Question: What are the relationships between position, velocity, acceleration, and time for constant acceleration motion? Graph of Position vs. Time Graph of Velocity vs. Time Ax (m) v (m/s) Materials: (List all materials that were used to complete the lab exercise.) Kame Marbles Photogate clay cards Procedure and Diagram: (Make a rough draft of your procedure and diagram below) Measuring times car down selling At (s) At (s) Draw a best fit smooth parabola TimeA to B Draw a best fit line showing a linear relationship(not free handed, use a ruler. Motion Maps: Show the cart's motion with a quantitative motion map. On the motion map, draw six dots for ime t = 0 and each second afterward up to 5 seconds. Motion Map Data Tables: (Fill in these data tables as you complete the lab.) Diameter of Ball: D= . Olm Distance Between Time for Ball to Travel Time for Ball to Travel Velocity of the Ball Photogates A and B Through Gate B Between A and B Through Gate B Ax (m) tB (S) At (s) D (m/s) Concluding Points: .10m . dlol s .071 0 3 6. 99 m/s The slope of a velocity vs. time graph | The "area under" a velocity vs. tim 12s 11. I m/s is acceleration. Derive an equation graph is distance. Derive an 15 m for velocity as a function of time. equation for distance as a function . 2 m 008 3s 1593 5 1. 2 m/s Clearly box your equation and of time. Clearly box answer acceleration equation with units. showing units. 25 m 2091 3 m 20069 s 2744 . 4 m /s . 35 m 32 61 1.5 m/ s . 5 5 m 4506 1. 8 m/S 00525 4252 1. 9 m /s 4485 2 m/s .65 m