course_planning:183_projects:f21_week_13_showdown_at_boar_tiger_coral_part_2_solution

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course_planning:183_projects:f21_week_13_showdown_at_boar_tiger_coral_part_2_solution [2021/10/26 20:02] – created pwirvingcourse_planning:183_projects:f21_week_13_showdown_at_boar_tiger_coral_part_2_solution [2022/09/08 19:43] (current) – valen176
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 While you are at it, <wrap caution>generate a plot of the total energy before and after the collision.</wrap>  This plot will help to determine how many points are gained/lost in the arcade game. While you are at it, <wrap caution>generate a plot of the total energy before and after the collision.</wrap>  This plot will help to determine how many points are gained/lost in the arcade game.
  
-<WRAP download 35%> Code for Project 14: Part B\\ Keep them in the same directory.\\ {{:183_projects:showdown.py|Project 14 Code (showdown.py)}}\\ {{:183_projects:physutil.py|PhysUtil Module}}</WRAP>+<WRAP download 35%> 
 + 
 +https://www.glowscript.org/#/user/pcubed/folder/incompleteprograms/program/Showdown 
 + 
 +</WRAP>
  
 ====== Project 14 Solution: Part B: Showdown at boar tiger corral ====== ====== Project 14 Solution: Part B: Showdown at boar tiger corral ======
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   * Students should understanding what quantities are being used (angular momentum, linear momentum) to differentially increment other quantities (rotation, translation).   * Students should understanding what quantities are being used (angular momentum, linear momentum) to differentially increment other quantities (rotation, translation).
 </WRAP> </WRAP>
 +
 +Solution Link: https://www.glowscript.org/#/user/pcubed/folder/solutions/program/ShowdownSolution
  
 <code python showdown.sol.py> <code python showdown.sol.py>
  • course_planning/183_projects/f21_week_13_showdown_at_boar_tiger_coral_part_2_solution.1635278531.txt.gz
  • Last modified: 2021/10/26 20:02
  • by pwirving