The Archangel Conglomerate wrote:Imperializt Russia wrote:Weight is a component of volume (assuming equal density), which is a cube function of the dimensions. There may be a slight difference not shown by a simple 27% reduction of all characteristics. I would expect it to weigh... more than 73% original mass? Not sure.
As I understand it, no changes to the propellant density means that the weight should scale normally. If I have a steel cube that weighs 100g, and I shave it down by 25%, logic says it should weigh 75g.
No it does not. Mass = Volume x Density
Volume scales with the cube of the dimensions. Thus Volume0.75 = Volume1 x 0.753 = Volume1 x 0.42
Assuming the density remains the same that means your mass would be 42g.












