Sangi System

=Sun~Fan=

Diameter of the Sun --- 1350000000 m

Radius of the Sun --- 675000000 m

Mass of the Sun --- 1.94*10^30 kg

Density of the Sun --- 1.505*10^3 kg/m^3

The Sun of Omentis is orbited by not nine (or eight by the new definition) planets, but instead only six with the second one being the inhabited planet, Omentis, not the third like Earth is.

The sun of the system is called Fan, in its simplest form, by the Sangi speakers, a word derived directly from "sun". It's other names include "lihînsezave" (life giver), "lârdâ" (literally meaning "Oh big light"), etc. The planets which orbit it are named Ueavel ("little walker"), Ömentis which is then followed by a thin asteroid belt then Feśes ("little sibling"), Fasuc ("big sibling"), Erinnes ("little parent") and finally Wasleusa (a contraction of "one who is the furthest") which is then followed by another asteroid belt.

=Ueval, the little walker=

Planet
Distance of the planet from Sun --- 88262820000 m

Distance from sun (AU) --- 0.59

Year of the Planet --- 14628384 s - 169.31 earth days

Length of the day --- 76723200 s - 888 earth hours (37 earth days)

Radius of Planet --- 3196000 m

Radius of Planet relative to Earth --- 0.5

Mass of planet --- 0.32*10^24 kg

Mass of planet relative to Earth --- 0.05

Volume of the planet --- 0.137*10^21 m^3

Volume of the planet relative to Earth --- 0.13

Density of Planet --- 2335.77 kg/m^3

Density of Planet relative to Earth --- 0.42

Gravity Relative to Earth --- 0.21

Moons
=Ömentis=

Planet
Distance of the planet from Sun --- 164557800000 m

Distance from sun (AU) --- 1.1

Year of the Planet --- 36291240 s - 426.26 earth days

Length of the day --- 79200 s - 22 earth hours

Radius of Planet --- 6473221.5 m

Radius of Planet relative to Earth --- 1.015

Mass of planet --- 5.86*10^24 kg

Mass of planet relative to Earth --- 0.997

Volume of the planet --- 1.114*10^21 m^3

Volume of the planet relative to Earth --- 1.02

Density of Planet --- 5480.92 kg/m^3

Density of Planet relative to Earth --- 0.99

Gravity Relative to Earth --- 1.01

Moons
Density = D R = Distance to the moon (in m)

Rp = Radius of the Planet

Rm = radius of the Moon

V = (4/3)*3.142*(r^3)

Planet Mass = M

Moon Mass = m = D*V

T =([4*(3.142^2)*(R^3)]/[(6.673*10^(-11))*(M+m)])^(1/2)

First Moon
Density = 3.2

R = 367031659.95

Rp = 6473221500

Rm = 1553400000

V = 5703440732748224000000

Planet Mass = 5860000000000000000000000

Moon Mass = m =50251010344794316800000

T = 28.09 days

Second Moon
Density = 2.75

R = 138721136.75

Rp = 6473221500

Rm = 968312000

V = 3803565147157057739445.7

Planet Mass = 5860000000000000000000000

Moon Mass = m =10459804154681908783475.675

T = 6.54 days

Lunar Cycles
y = year in days = 420.04

1/y = 0.0023807256451766498428721074183411

mi = lunar orbit of Moon 1 in days = 28.09

1/mi = 0.035599857600569597721609113563546

ms = lunar orbit of Moon 2 in days = 6.54

1/ms = 0.15290519877675840978593272171254

1/ti = 1/mi - 1/y = 0.033219131955392947878737006145

1/ts = 1/ms - 1/y = =0.150524473131581759943060614294

ti = lunar cycle of Moon 1 = 1/(1/ti) = 1/0.033219131955392947878737006145 = 30.1 days

ts = lunar cycle of Moon 2 = 1/(1/ts) = 1/0.150524473131581759943060614294 = 6.64

=First Asteroid Belt=

=Feśes, the little sibling=

Planet
Distance of the planet from Sun --- 477217620000 m

Distance from sun (AU) --- 3.19

Year of the Planet --- 76651488 s - 887.17 earth days (2.43 earth years)

Length of the day --- 76651488 s - 21292.08 earth hours (887.17 earth days - 2.43 earth years)

Radius of Planet --- 6995358 m

Radius of Planet relative to Earth --- 1.098

Mass of planet --- 6.15*10^24 kg

Mass of planet relative to Earth --- 1.03

Volume of the planet --- 1.43*10^21 m^3

Volume of the planet relative to Earth --- 1.32

Density of Planet --- 4300.7 kg/m^3

Density of Planet relative to Earth --- 0.78

Gravity Relative to Earth --- 0.86

This planet is, of course, tidal-locked to Fan, meaning that one side of Feśes is always facing the sun while the other alwys faces away from it.

Moons
=Fasuc, the big sibling=

Planet
Distance of the planet from Sun --- m

Distance from sun (AU) ---

Year of the Planet --- s -  earth days

Length of the day --- s - earth hours

Radius of Planet --- m

Radius of Planet relative to Earth ---

Mass of planet --- *10^24 kg

Mass of planet relative to Earth ---

Volume of the planet --- *10^21 m^3

Volume of the planet relative to Earth ---

Density of Planet --- 5480.92 kg/m^3

Density of Planet relative to Earth ---

Gravity Relative to Earth ---

Moons
=Erinnes, the little parent=

Planet
Distance of the planet from Sun --- m

Distance from sun (AU) ---

Year of the Planet --- s -  earth days

Length of the day --- s - earth hours

Radius of Planet --- m

Radius of Planet relative to Earth ---

Mass of planet --- *10^24 kg

Mass of planet relative to Earth ---

Volume of the planet --- *10^21 m^3

Volume of the planet relative to Earth ---

Density of Planet --- 5480.92 kg/m^3

Density of Planet relative to Earth ---

Gravity Relative to Earth ---

Moons
=Wasleusa, the distant=

Planet
Distance of the planet from Sun --- m

Distance from sun (AU) ---

Year of the Planet --- s -  earth days

Length of the day --- s - earth hours

Radius of Planet --- m

Radius of Planet relative to Earth ---

Mass of planet --- *10^24 kg

Mass of planet relative to Earth ---

Volume of the planet --- *10^21 m^3

Volume of the planet relative to Earth ---

Density of Planet --- 5480.92 kg/m^3

Density of Planet relative to Earth ---

Gravity Relative to Earth ---

Moons
=Second Asteroid Belt=