183_projects:problem3c_fall2024

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183_projects:problem3c_fall2024 [2024/09/11 13:19] – [Project 3: Part E: Geostationary orbit] hallstein183_projects:problem3c_fall2024 [2025/01/29 14:27] (current) hallstein
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 +==== Kick Off Questions ====
 +  - Copy the given code into one of your group's Glowscript accounts, and add comments as to what the given code is doing before proceeding with the rest of the problem. 
 +  - Not really a kick off: When you make modification to the code, it is good practice to leave comments describing the changes you made.
 +
 +
 <WRAP info> <WRAP info>
  
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 ====== Project 3: Part E: Geostationary orbit ====== ====== Project 3: Part E: Geostationary orbit ======
- +**If you were able to complete part B from last time, proceed to do this. If you were not able to complete part B do this first before completing the computational version of part b (part E) below.** 
-Use Glowscript to generate a single graph, plotting both the x-component of the satellite's momentum and the x-component of the net force acting on the satellite as a function of time. If you were not able to complete part B from last time, hand draw a prediction of these two graphs **before** constructing these graphs.+Use Glowscript to generate a single graph, plotting both the x-component of the satellite's momentum and the x-component of the net force acting on the satellite as a function of time. If you were not able to complete part B from last time, hand draw a prediction of these two graphs **before** constructing these graphs using Glowscript.
  
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