183_projects:problem13b_fall2021_b

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183_projects:problem13b_fall2021_b [2021/12/09 06:50] pwirving183_projects:problem13b_fall2021_b [2021/12/09 18:27] – [Project 13B: Winners 10:20-12:10 Class] pwirving
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-====== Project 13B: Winners 10:20-12:10 Class ======+
 /* /*
 +====== Project 13B: Winners 10:20-12:10 Class ======
 +
  
 {{course_planning:pxl_20211209_063824293.jpg}} {{course_planning:pxl_20211209_063824293.jpg}}
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 https://www.glowscript.org/#/user/paul.w.irving/folder/Public/program/CodeforDesignYourOwnProblem https://www.glowscript.org/#/user/paul.w.irving/folder/Public/program/CodeforDesignYourOwnProblem
-*/ 
  
 +*/
 ====== Project 13B: Winners 12:40-2:30 Class ====== ====== Project 13B: Winners 12:40-2:30 Class ======
  
-/*+
 {{course_planning:pxl_20211209_063542811.jpg}} {{course_planning:pxl_20211209_063542811.jpg}}
 {{course_planning:pxl_20211209_063526945.jpg}} {{course_planning:pxl_20211209_063526945.jpg}}
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 Once you fire the ball your notice that your calculations were slightly off and you have hit the top of the combined zombie pile resulting in the creation of a boulder made up of zombies and flaming clay. The flaming clay hits at a radius of 3m from the center of the mass of the zombies. What was the mass of the zombie pile and what is its final velocity after the clay ball collides with it?  Once you fire the ball your notice that your calculations were slightly off and you have hit the top of the combined zombie pile resulting in the creation of a boulder made up of zombies and flaming clay. The flaming clay hits at a radius of 3m from the center of the mass of the zombies. What was the mass of the zombie pile and what is its final velocity after the clay ball collides with it? 
-*/+
    
 ====== Project 13B: Winners 3:00-4:50 Class ====== ====== Project 13B: Winners 3:00-4:50 Class ======
 +
 +/*
  
 {{course_planning:weird.png}} {{course_planning:weird.png}}
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 Here are the designer’s notes: Here are the designer’s notes:
-Mass of car + passengers: 1,600 kg +  * Mass of car + passengers: 1,600 kg 
-Mass of Ganymede:  1.48 x 1023 kg +  Mass of Ganymede:  1.48 x 1023 kg 
-Mass of empty stopping cart: 1000 kg +  Mass of empty stopping cart: 1000 kg 
-Average radius of Ganymede: 2634 km +  Average radius of Ganymede: 2634 km 
-Speed upon exiting the turn-around and approaching the Go-Gurt: at least 14 m/s, but no higher than 16 m/s +  Speed upon exiting the turn-around and approaching the Go-Gurt: at least 14 m/s, but no higher than 16 m/s 
-Track is frictionless+  Track is frictionless
  
  
-Barely legible at the bottom of the designer’s notes is scrawled:  wanted to put it on Enceladus, but the local gravity is too darn low and this somewhat smudged sketch of the ride:+Barely legible at the bottom of the designer’s notes is scrawled:  wanted to put it on Enceladus, but the local gravity is too darn lowand this somewhat smudged sketch of the ride:
  
  
  • 183_projects/problem13b_fall2021_b.txt
  • Last modified: 2021/12/10 02:24
  • by hallstein