element weights by dashinghandsomeness
radial gravity with a counteractive force in the center. elements will settle in rings. the weight of the elements determines the radius of that ring
allelements
pressw
gravity
weight
iujjxks
pathath
elements
asteroidlike
popcorn
Comments
-
Schneumer 26th Aug 2013
actually i think this works the other way around. the ones inside are the heaviest, going outward getting lighter. the reason is, the gpmp is pushing thongs away. as it is on radial grav, everything tries to go to the middle, and since things like uran and plut are heavy, they get the closest. on the other hand, snow is the lightest as it is light and is far away from the gpmp, giving little resistance against the gpmp. so anar is the lightest. just clearing things up :P -
NikolaAnicic007 26th Aug 2013
Nice experiment :P Nice to see you again GeneralPet ^.^ And yes...Anti-matter has negative mass and it uses Anti-Gravity like regular gracity (The only difference is that we live in the other matter (The 2 matters are the same except anti-matter dissapears earlyer (Acording to newer studies :I)) -
jklujm 26th Aug 2013
@GeneralPet, o? -
GeneralPet 26th Aug 2013
anti-mater has negative mass -_- -
00yoshi 26th Aug 2013
powdertoy isn't logic(1 antimatter destroys more than 1 normal matter, metal don't vaporizes) -
Trauemejaeger 26th Aug 2013
LOL =D -
unknownkarma 26th Aug 2013
@Trauemejaeger I was joking XD -
jacksonmj 26th Aug 2013
PTuniverse: that would be because TPT is slightly inaccurate. In Powder Toy, elements have two properties relating to gravity, which don't necessarily correlate - how fast they accelerate downwards, and which elements they displace when in a pile. This save demonstrates the first property, the differences in accelerations, but where elements settle in a pile depends on the second property. -
DV-13 26th Aug 2013
Awesome. F**king awesome. -
china-richway2 26th Aug 2013
Nice concept +1