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::[[User:Exylic|Exylic]] ([[User talk:Exylic|talk]]) 00:41, April 30, 2019 (EDT) | ::[[User:Exylic|Exylic]] ([[User talk:Exylic|talk]]) 00:41, April 30, 2019 (EDT) | ||
:::These values aren't the most accurate (I timed in 30fps) but they're what I got by timing them fall 54 units and using the equation above. | |||
:::* Wood, steel, marble, rubber, bouncy rubber, ice. Also all hazards and switches able to be attached. - ~54 units/sec² | |||
:::* Dirt, carpet - ~46 units/sec² | |||
:::* Sand, lava, denim - ~41 units/sec² | |||
:::* Grass - ~36 units/sec² | |||
:::* Sponge - ~31 units/sec² | |||
:::* Yarn - ~21 units/sec² | |||
:::* Paper - ~14 units/sec² | |||
:::Now I'm trying to solve for mass (density) relative to yarn mass using collisions and conservation of momentum. | |||
:::[[User:Exylic|Exylic]] ([[User talk:Exylic|talk]]) 00:41, April 30, 2019 (EDT) |
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