Your goal is to predict the maximum height reached by the puck. Select Trial 3 from the video above. You will make measurements from the video that will allow you to predict the maximum height that the puck attains. This is your experiment, and you will come up with your own method to achieve the stated goal. You will need to address the following points in your experimental summary: 1) Describe in general how you will go about finding the height the puck will attain. 2) What measurements will you make to find the height of the puck

B is the answer because the area between the velocity time graph and the x-axis is the distance traveled. If you look at the velocity time graph from 0-2, seconds you will see an area of 40m. Only choice B matches that at 2 seconds, the distance traveled is 40m. You can go on to confirm the remaining trip matches that of B by calculating the 2-4 seconds of the velocity time graph area between the x-axis and graph as -40m (negative because area is under the x-axis). Again, it matches graph B, showing that the total distance traveled is 0 for the entire trip.