Browse Search Popular Register Upload Rules User list Login:
Search:
Parachute Investigation - Size vs time to fall

Image:
screenshot of the scene

Author: mrtichler

Group: Default

Filesize: 30.96 kB

Date added: 2020-05-03

Rating: 5

Downloads: 633

Views: 161

Comments: 1

Ratings: 1

Times favored: 0

Made with: Algodoo v2.1.3

Tags:

Scene tag
Parachute Investigation - Size vs time to fall
Please log in to rate this scene
edit
Similar scenes
Title: Airplane with parachute
Rating: 5.8333
Filesize: 15.95 kB
Downloads: 798
Comments: 2
Ratings: 6
Date added: 2009/03/14 16:21:38
Made with: Phun
screenshot of the scene
Airplane with parachute
Rating: rated 5.8
download
Title: Danganronpa Murder Manor Deadly Life Investigation #3
Rating: 5
Filesize: 1.95 MB
Downloads: 643
Comments: 22
Ratings: 1
Date added: 2018/04/10 21:26:16
Made with: Algodoo v2.1.0
screenshot of the scene
Danganronpa Mur..​..nvestigation #3
Rating: rated 5
download
Title: Breakeble parachuteh
Rating: 5
Filesize: 116.53 kB
Downloads: 339
Comments: 1
Ratings: 3
Date added: 2008/12/02 23:50:18
Made with: Phun
screenshot of the scene
Breakeble parachuteh
Rating: rated 5
download
Title: Ultimate Skydiving
Rating: 5.4
Filesize: 91.66 kB
Downloads: 730
Comments: 3
Ratings: 5
Date added: 2009/02/13 10:56:23
Made with: Phun
screenshot of the scene
Ultimate Skydiving
Rating: rated 5.4
download
Title: chev camaro with parachute
Rating: 4.5
Filesize: 78.94 kB
Downloads: 204
Comments: 3
Ratings: 2
Date added: 2008/10/24 06:39:27
Made with: Phun
screenshot of the scene
chev camaro with parachute
Rating: rated 4.5
download
Title: Parachute Mission!
Rating: 6.1667
Filesize: 62.61 kB
Downloads: 477
Comments: 4
Ratings: 6
Date added: 2008/08/21 01:53:20
Made with: Phun
screenshot of the scene
Parachute Mission!
Rating: rated 6.2
download
mrtichler
2020/05/03 17:07:10
Press play to see the different parachutes fall to the floor at different rates. I have increased air resistance massively to make the relatively minor increase in canopy size have a quantifiable effect on their falling rates.
Questions for students:
Is this truly a fair test? How would we know?
What forces are involved?
How would this be different in the real world?
How could this simulation be improved?
How could you improve this investigation to draw a stronger conclusion?