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repository:football_players [2020/03/17 18:41]
porcaro1 [See Also]
repository:football_players [2021/02/18 19:08] (current)
porcaro1
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 ====Activity==== ====Activity====
 ===Handout=== ===Handout===
 +{{ :​repository:​football_players_2.png?​nolink&​600|}}
 **Inelastic Collisions** \\ **Inelastic Collisions** \\
-{{ :​repository:​football_players.png?​nolink&​600|}}+
 In this activity, you will be asked to complete several tasks involving what you have learned about conservation of momentum and the interaction between masses when they collide and applying this knowledge to actual computer program code.  ​ In this activity, you will be asked to complete several tasks involving what you have learned about conservation of momentum and the interaction between masses when they collide and applying this knowledge to actual computer program code.  ​
  
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   - What is the final velocity of Biff and Buff while still in mid-air?   - What is the final velocity of Biff and Buff while still in mid-air?
   - Whose team wins the game: Biff's or Buff'​s?​   - Whose team wins the game: Biff's or Buff'​s?​
-  - Now modify your [[https://​www.glowscript.org/#/​user/​kstedman/​folder/​Public/​program/​CollidingCars|Colliding Crates]] program to fit this scenario+  - Now modify your [[colliding_crates|Colliding Crates]] program to fit this scenario
 ===Code=== ===Code===
 +[[https://​www.glowscript.org/#/​user/​porcaro1/​folder/​RepositoryPrograms/​program/​FootballPlayers-Incomplete | Link]]
 <code Python [enable_line_numbers="​true"​]>​ <code Python [enable_line_numbers="​true"​]>​
 GlowScript 2.7 VPython GlowScript 2.7 VPython
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 ====Answer Key==== ====Answer Key====
 ===Handout=== ===Handout===
 +{{ :​repository:​football_players_1.png?​nolink&​600|}}
   -Using the equation for momentum $\vec{p} = m\vec{v}$, we can plug in the known information to find Buff and Biff's respective momenta   -Using the equation for momentum $\vec{p} = m\vec{v}$, we can plug in the known information to find Buff and Biff's respective momenta
     -$\vec{p}_{Buff} = (100  \text{kg})(-8 ​ \text{m/s}) =-800  \text{kg·m/​s}$ ​     -$\vec{p}_{Buff} = (100  \text{kg})(-8 ​ \text{m/s}) =-800  \text{kg·m/​s}$ ​
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   -See below   -See below
 ===Code=== ===Code===
-[[https://​www.glowscript.org/#/​user/​kstedman/folder/Public/program/92/​edit ​| Link to Interactive Code]]+[[https://​www.glowscript.org/#/​user/​porcaro1/folder/RepositoryPrograms/program/FootballPlayers-Solution ​| Link]]
 <code Python [enable_line_numbers="​true",​ highlight_lines_extra="​6,​7,​8,​17,​20,​21,​22,​24,​25,​30,​32,​33,​34,​35,​36,​37"​]>​ <code Python [enable_line_numbers="​true",​ highlight_lines_extra="​6,​7,​8,​17,​20,​21,​22,​24,​25,​30,​32,​33,​34,​35,​36,​37"​]>​
 GlowScript 2.7 VPython GlowScript 2.7 VPython
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 ---- ----
  
-====See Also==== +
-  * [[beating_the_train | Beating the Train]] +
-  * [[colliding_crates | Colliding Crates]]+
  • repository/football_players.1584470490.txt.gz
  • Last modified: 2020/03/17 18:41
  • by porcaro1