183_projects:problem2_fall2021b

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183_projects:problem2_fall2021b [2021/09/21 14:50] pwirving183_projects:problem2_fall2021b [2022/01/25 10:29] pwirving
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 ===== Project 3: Part A: Geostationary orbit ===== ===== Project 3: Part A: Geostationary orbit =====
 +
 +
  
 {{:course_planning:river_photo_2.jpg|}} {{:course_planning:river_photo_2.jpg|}}
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 </WRAP> </WRAP>
 +/*
 +====== Project 3: Part B: Geostationary orbit ======
 +
 +Carver is impressed with your work, but remains unconvinced by your predictions. He has asked you to write a simulation that models the orbit of the satellite. To truly convince Carver, the simulation should include representations of the net force acting on the spacecraft, which has a mass of $15\times10^3$ kg. Your simulation should be generalized enough to model other types of orbits including elliptical ones.
 +
 +https://www.glowscript.org/#/user/paul.w.irving/folder/Public/program/GeoOrbit
 +*/
 +/*
 +
 +====== Project 3: Part C: Delivering the Payload ======
 +
 +Back on Earth, your group has been tasked with computing the calculations for a very difficult delivery. You are being tasked with predicting how to get a box dropped from a plane to land on a specific mountain. Your group should create a model of the box moving with the plane and
 +then dropping from it so that it lands on the top of the first and highest cliff.
 +
 +https://www.glowscript.org/#/user/paul.w.irving/folder/Public/program/CliffDelivery
 +
 +*/
  
  • 183_projects/problem2_fall2021b.txt
  • Last modified: 2022/01/27 15:14
  • by pwirving