The astrophysics of Ghelu is what holds me up the most. Mainly because I'm not very good at physics, know very little about astrophysics and tend to be overly exact on it. Here's what I've defined so far. If you find an error in my calculations, please feel free to let me know!
Radius |
Radius³ |
π |
4/3 π |
Volume |
|
Sol |
6,96E+08 |
3,37E+26 |
3,14 |
4,186666667 |
1,41E+27 |
Sol3 |
6367500 |
2,58171E+20 |
3,14 |
4,186666667 |
1,0809E+21 |
Mon |
1738000 |
5,24988E+18 |
3,14 |
4,186666667 |
2,1979E+19 |
Mass |
Mass/g |
||||
Sol |
1,99E+30 |
1,99E+33 |
|||
Sol3 |
5,97E+24 |
5,97E+27 |
|||
Moon |
7,35E+22 |
7,35E+25 |
|||
Radius |
Radius³ |
π |
4/3 π |
Volume |
|
Planet1 |
6,41E+06 |
2,63E+20 |
3,14 |
4,186666667 |
1,10E+21 |
Planet2 |
6000000 |
2,16E+20 |
3,14 |
4,186666667 |
9,0432E+20 |
Sun1 |
5,52E+08 |
1,69E+26 |
3,14 |
4,186666667 |
7,06E+26 |
Sun2 |
5,52E+08 |
1,69E+26 |
3,14 |
4,186666667 |
7,06E+26 |
Hours |
Seconds |
Metric Hours |
Metric Minutes |
||
Day Planet1 |
0 |
0 |
0 |
0 |
|
Day Planet2 |
0 |
0 |
0 |
0 |
|
Day Sun1 |
0 |
0 |
0 |
0 |
|
Day Sun 2 |
0 |
0 |
0 |
0 |
|
Day Sol |
609,12 |
2192832 |
219,2832 |
21928,32 |
|
Day Sol3 |
24 |
86400 |
8,64 |
864 |
|
ρ = M/V |
Density |
Mass/kg (M) |
Volume |
Mass/g (m) |
|
Planet1 |
5,48E+03 |
6,05E+24 |
1,10E+21 |
6,05E+27 |
|
Planet2 |
5,33E+03 |
4,82E+24 |
9,04E+20 |
4,82E+27 |
|
Sun1 |
1,41E+03 |
9,95E+29 |
7,06E+26 |
9,95E+32 |
|
Sun2 |
1,41E+03 |
9,95E+29 |
7,06E+26 |
9,95E+32 |
|
Name |
M |
Diameter |
Multiplikator |
Radius |
Volume |
Planet1 |
6,05E+24 |
1,28E+07 |
2 |
6,41E+06 |
1,10E+21 |
Planet2 |
4,82E+24 |
1,20E+07 |
2 |
6000000 |
9,0432E+20 |
Sun1 |
9,95E+29 |
1,10E+09 |
2 |
5,52E+08 |
7,06E+26 |
Sun2 |
9,95E+29 |
1,10E+09 |
2 |
5,52E+08 |
7,06E+26 |
g(g)=G*M/r² |
G |
M |
G*M |
r² |
g(g) |
Planet1 |
6,67E-11 |
6,05E+24 |
4,04E+14 |
4,11E+13 |
9,82E+00 |
Planet2 |
6,67E-11 |
4,82E+24 |
3,21E+14 |
3,60E+13 |
8,93E+00 |
Sun1 |
6,67E-11 |
9,95E+29 |
6,63E+19 |
3,05E+17 |
2,17E+02 |
Sun2 |
6,67E-11 |
9,95E+29 |
6,63E+19 |
3,05E+17 |
2,17E+02 |
g(z)=ω²*r |
T |
2π |
ω |
r |
g(z) |
Planet1 |
0 |
6,28 |
6,41E+06 |
||
Planet2 |
0 |
6,28 |
6000000 |
||
Sun1 |
0 |
6,28 |
5,52E+08 |
||
Sun2 |
0 |
6,28 |
5,52E+08 |
||
v1 |
g(g) |
g(z) |
v1 |
M |
ρ |
Planet1 |
9,82E+00 |
7935,022979 |
6,05E+24 |
5,48E+03 |
|
Planet2 |
8,93E+00 |
7319,995446 |
4,82E+24 |
5,33E+03 |
|
Sun1 |
2,17E+02 |
346523,2324 |
9,95E+29 |
1,41E+03 |
|
Sun2 |
2,17E+02 |
346523,2324 |
9,95E+29 |
1,41E+03 |
|
Parabolic Velocity |
|||||
v2 |
G |
M |
r |
2*G*M/r |
v2 |
Planet1 |
6,67E-11 |
6,05E+24 |
6,41E+06 |
1,26E+08 |
11218,2184 |
Planet2 |
6,67E-11 |
4,82E+24 |
6,00E+06 |
1,07E+08 |
10352,0368 |
Sun1 |
6,67E-11 |
9,95E+29 |
5,52E+08 |
2,40E+11 |
490057,855 |
Sun2 |
6,67E-11 |
9,95E+29 |
5,52E+08 |
2,40E+11 |
490057,855 |
U |
π |
r |
U |
||
Planet1 |
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Planet2 |
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Sonne1 |
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Sonne2 |
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