20131006
20130929
::Experiment_Free fall
I use Gravitational acceleration data of the Earth and other planets. Example Mercury's gravity is about one-third of the Earth's gravity.
Mecury 3.372 ms/2
Venus 9.033 ms/2
earth 9.8 ms/2
moon 1.633 ms/2
mars 3.741 ms/2
jupiter 22.97 ms/2
saturn 9.229 ms/2
Uranus 8.445 ms/2
neptune 11.19 ms/2
pulto 0.400 ms/2
I tested Free fall experiment of box and get a position data.
Using Grasshopper in Rhino, I draw a voronoi diagram.
Grasshopper in rhino
20130923
20130922
::Experiment_Box Shape
I inspired the “Lotto machine”. I found that balls in lotto machine have something to do with physical measurements. Example, They are acceleration, mass, repulsivepower, frictional force, shape , size....etc. Inspired by the Lotto, I make a basic shape object(cube). And I experimented with cube and used several Gravitational acceleration data to test different free fall.
Condition Data
g=9.8m/s2, 1.0m/s2, 3.0m/s2, 5.0m/s2, 7.0m/s2, 15m/s2, 50m/s2
cube bounce= 110%
friction=30%
I found that position data of cube depending on Gravitational acceleration data. I will analyze the relationship between position data of cubes and conduct various experiments using data. Shape of object, gravity, friction, mass...
I think that "Voronoi diagram(http://en.wikipedia.org/wiki/Voronoi_diagram)" will be invaluable for me.
g[Gravitational acceleration]= 9.8m/s2
g[Gravitational acceleration]= 1.0m/s2
g[Gravitational acceleration]= 3.0m/s2
g[Gravitational acceleration]= 5.0m/s2
g[Gravitational acceleration]= 7.0m/s2
g[Gravitational acceleration]= 15.0m/s2
g[Gravitational acceleration]= 50.0m/s2
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