Velocity and Acceleration of Ariane 5 Purpose of this lab To analyze the motion of the NASA's James Webb Telescope launch on ESA's Ariane 5 rocket. Here is a recording of the video: https://www.youtube.com/watch?v=7nT7JGZMbtM Create a New Google Spreadsheet file, set the permissions to allow anyone with the link to view and post the URL to the file in Canvas for lab grade Collect and Record Data Open the video and navigate to about 1 hour and 22 min when Ariane launches. NASA begins showing the time of flight and the speed of the rocket around 1 hour 23 min. The time counter shows in the upper right corner at T+1.05 +00 : 01:05 . LIVE Altitude 12 km Distance 5 km 3 12317/21730 corS Open the spreadsheet file and record the velocity of the rocket from the moment the video shows its velocity for the first time until T+00:03:00. Here is an example of the spreadsheet file:Time (s) v (km/s) v (m/s) 70 0.57 570 75 0.64 640 80 0.73 730 85 0.84 340 The velocity in km/h is given in the lower-left comer of the video. Use the launch counter for the time, e q T+00:00:18 is time marker of 18 seconds after launch. Plot Graphs, Determine Acceleration Plot a graph with the altitude of the rocket versus time. Plot a graph with the speed of the rocket for the entire time interval you recorded data. Select a portion of the graph of speed versus time that is linear (1:40 and 2:00), plot it separately, draw a trend line through the data, find the slope, and the acceleration of Ariane during that interval. Questions Give these answers within the Lab Quiz in Canvas. 1. At what time do the boosters separate? 2. What is the average acceleration of the rocket in the interval T+00:01:40 - T+00:02:00 3. Which rocket achieved higher acceleration, Falcon 9 or Ariane 5? What to Submit Create a new Google Sheet file, set the correct permissions, and submit the URL to it on Canvas for lab grade. Include 1. Data for the altitude and speed of the rocket up to T+00:03:00 2. Plot of altitude versus time. 3. Plot of the speed versus time in metric units for the flight up to T+00:03:00 4. Plot of the speed versus time in metric units for the portion of the flight between T+00:01:40 - T+00:02:00 5. The acceleration of the rocket in m/s^2 Note: All calculations must be done within the spreadsheet using built-in formulas