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To every crop there is a season, and a time for every moon: Tabular Data

Summary:

Tabular data for To every crop there is a season, and a time for every moon: Astrophysics & climatology in the Quad.

Table 1: The relationships between mass, radius, density and gravity.
Table 2: Best estimate of the mass, radius and derivative properties of Qresh and her daughters.
Table 3: Simulation parameters for Quad orbital models.

Notes:

The authors would like to thank AO3 Support, who made the custom work skin possible.

Work Text:

TABLE 1. Demonstration of the relationships between mass, radius, density and gravity. Units are relative to Earth (i.e. M=3=3*M(E)).

Terrestrial Body Mass Radius Density Gravity
Earth 1 1 1 1
M' 3 1 3 3
R' 1 3 1/27 1/9
M', R' 3 3 1/9 1/3

 


 

TABLE 2. Likely approximate mass, radius and derivative characteristics of Qresh and her daughters.

panel a: earth-relative units

Terrestrial Body Mass Radius Density Gravity
Qresh 4.5 2 0.56 1.12
Leith 0.35 0.62 1.47 0.91
Westerly 0.63 0.75 1.5 1.12
Arkyn 0.12 0.33 3.24 1.08

 

panel b: qresh-relative units

Terrestrial Body Mass Radius Density Gravity
Qresh 4.5 2 0.56 1.12
Leith ~8% ~0.3 ~2.6 ~80%
Westerly ~15% ~0.38 ~2.7 100%
Arkyn ~3% ~0.17 ~5.8 ~96%

 


 

TABLE 3. Orbital simulation parameters.

panel a: offside

  mass P(x) P(y) v(x) v(y)
Qresh 46 0 0 0 3
Leith 3.3 100 100 -38 19
Westerly 6.3 60 -133 50 35
Arkyn 1.4 -17 145 -60 -15

 

panel b: butterfly

  mass P(x) P(y) v(x) v(y)
Qresh 46 0 0 -3 3
Leith 3.3 80 100 25 5
Westerly 6.3 -90 -90 42 -10
Arkyn 1.4 -50 139 -58 -18