N-body simulation
| Arithmetic precision: | 64 bits |
| Number of objects: | 400 |
| Number of objects at the end: | 10 |
| Number of cycles: | 17 780 000 |
| Seconds per cycle: | 5 |
| Simulation time: | ~ 2.8 years |
| Objects are placed in a rectangle with diagonal: | 4.2384e+11 m |
| For comparison - Neptune (Solar system) semi-major axis: | 4.503443661e+12 m |
| Lightest object mass: | 1.0224e+22 kg |
| Initial heaviest object mass: | 2.1469e+24 kg |
| Initial average object's mass: | 6.0661e+23 kg |
| Heaviest object mass at the end: | 2.3249e+26 kg ~ 96% of total |
| Total mass of all objects: | 2.4264e+26 kg |
| For comparison - Earth's mass: | 5.9736e+24 kg |
| For comparison - Jupiter's mass: | 1.8986e+27 kg |
| Total mass of the 8 Solar system planets: | 2.66731443e+27 kg |
| Min object's radius: | 1.5964e+6 m ~ 1596 km |
| Initial max object's radius: | 9.4883e+6 m ~ 9488 km |
| Average object's radius: | 4.8424e+6 m ~ 4842 km |
| Heaviest object radius at the end: | 4.5226e+7 m = 45 226 km |
| For comparison - Earth's mean radius: | 6.371e+6 m = 6371 km |
| For comparison - Jupiter's mean radius: | 6.9911e+7 m = 69 911 km |
| Objects density: | 600 kg/m3 = 0.6 g/cm3 |
| For comparison - Earth's mean density | 5515 kg/m3 = 5.515 g/cm3 |
| For comparison - Jupiter's mean density | 1326 kg/m3 = 1.326 g/cm3 |
| Initial min object's speed: | 241.02 m/s ~ 868 km/h |
| Initial max object's speed: | 4075.8 m/s ~ 14 673 km/h |
| Average object's speed: | 2323 m/s ~ 8363 km/h |
| For comparison - Moon average orbital speed: | 1022 m/s ~ 3679 km/h |
| For comparison - Earth average orbital speed: | 29 780 m/s ~ 107 208 km/h |
| For comparison - Jupiter average orbital speed: | 13 070 m/s ~ 47 052 km/h |
| Interacting law: | Newton's law of gravity |
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