Post by Chairman Ryan on Oct 28, 2008 7:27:49 GMT -5
THE STAR
the star Micras orbits is called Atos
PLANETS
the planets are named as so:
1. Eos (Dawn)
2. Micras
3. Pyros (Fire)
4. Indigo
5. Chrysos (Gold)
6. Thalassa (Ocean)
7. Nephele (Cloud)
8. Glinos (Maple)
9. Noctis (Night)
10. Opisthe (Hindmost)
The planet types are like so:
Gas Giant- J
Temperat(earthlike)- M
Frozen(pluto like)- D
Double PLanet- W
Venus like- V
Mars like- A
1. V
2. M
3. A
4. W/M
5. J
6. J
7. J
8. M
9. D
10. D
some info on the planets:
1. Eos
Venus like in quality. A straight telescope appearance show show that it would be tan in colour with dark bands from wind storms. Of course, beneath the clouds is a super heated surface due to the greenhouse effect. www.astro.lsa.umich.edu/s.../venus.jpg
2. Micras
While we know what Micras looks like from the extensive maps, what about Mercia? Our Moon, created by some theories of a planetoid colliding with the Earth, is normally dark black and grey. www.pa.msu.edu/people/fre...y-2831.jpg
3. Pyros
Mars like in appearance. Once possessing an atmosphere which many theorise that it leaked out into space. It still possess a very thin atmosphere. It still possess polar ice caps that do melt to a point. The distances in our system makes Pyros extremely cold, but in this system, perhaps it would be warmer?
www.astro.uva.nl/exhibiti.../mars.jpeg
4. Indigo
More information is needed about both of these planets. Their rotation could have effects upon other planet's gravities as they swing through the system. If the magnetic field is created in time, an strong atmosphere might survive, but this position in the system would make the surface very cold. Even the neighbouring Gas Giant would have to be very close to provide any heat.
5. Chrysos
The first of several gas giant. We should consider the strength of the storms that will be rumbling around the surface. Will they be dull like Saturn's or multi-coloured like Jupiter's? Plus, don't forget about the blue surface of Neptune. A gas giant usually have more moons than just two. Perhaps Fenrir and Lukedu are the most visible and promient and more can be discovered. Also, there is potential that a large gas giant my cause adverse effects to Indigo, including its destruction.
info on Micras:
Physical Properties of Micras
Radius of Micras: 6.3782×10^6 m
Circumferance of Micras: 4.0075×10^7 m (Earth: 4.0075×10^7 m equatorial, 4.0008×10^7 m polar)
Volume of Micras: 1.0869×10^21 m^3 (Earth: 1.0832×10^12 m^3)
Assuming that the average density of Micras is equal to Earth (5515 kg/m^3)
Mass of Micras: 6.0114×10^24 kg (Earth: 5.9736×10^24 kg)
Acceleration due to Gravity at Sea Level: 9.8600 m/s^2 (Earth: 9.7800 m/s^2 at Equator, 9.8067 m/s^2 average)
MOONS
The moons that we know about are:
Micras: Tarsica
Indigo: Plateau, Ivory
Chrysos: Fenrir, Lukedu
There is also an old page on the definition of Tarsica with explanations of the wildlife there:
www.geocities.com/microcartography/atos/tarsicadef.html
THE REST OF THE UNIVERSE
some star maps were being drawn by fax celestis, he made 6, the official one was not decided, here they are:
images.shireroth.org/temp/Trial1.png
images.shireroth.org/temp/Trial2.png
images.shireroth.org/temp/Trial3.png
images.shireroth.org/temp/Trial4.png
images.shireroth.org/temp/Trial5.png
images.shireroth.org/temp/Trial6.png
and remember we need 2, one for north and one for south
for the galaxy there is a choise of several options:
Elliptical
Lenticular
Spiral
Barred Spiral
Ring galaxy
Irregular
This has been copied from the Micronational Astronomy Society hosted by the MCS.
the star Micras orbits is called Atos
PLANETS
the planets are named as so:
1. Eos (Dawn)
2. Micras
3. Pyros (Fire)
4. Indigo
5. Chrysos (Gold)
6. Thalassa (Ocean)
7. Nephele (Cloud)
8. Glinos (Maple)
9. Noctis (Night)
10. Opisthe (Hindmost)
The planet types are like so:
Gas Giant- J
Temperat(earthlike)- M
Frozen(pluto like)- D
Double PLanet- W
Venus like- V
Mars like- A
1. V
2. M
3. A
4. W/M
5. J
6. J
7. J
8. M
9. D
10. D
some info on the planets:
1. Eos
Venus like in quality. A straight telescope appearance show show that it would be tan in colour with dark bands from wind storms. Of course, beneath the clouds is a super heated surface due to the greenhouse effect. www.astro.lsa.umich.edu/s.../venus.jpg
2. Micras
While we know what Micras looks like from the extensive maps, what about Mercia? Our Moon, created by some theories of a planetoid colliding with the Earth, is normally dark black and grey. www.pa.msu.edu/people/fre...y-2831.jpg
3. Pyros
Mars like in appearance. Once possessing an atmosphere which many theorise that it leaked out into space. It still possess a very thin atmosphere. It still possess polar ice caps that do melt to a point. The distances in our system makes Pyros extremely cold, but in this system, perhaps it would be warmer?
www.astro.uva.nl/exhibiti.../mars.jpeg
4. Indigo
More information is needed about both of these planets. Their rotation could have effects upon other planet's gravities as they swing through the system. If the magnetic field is created in time, an strong atmosphere might survive, but this position in the system would make the surface very cold. Even the neighbouring Gas Giant would have to be very close to provide any heat.
5. Chrysos
The first of several gas giant. We should consider the strength of the storms that will be rumbling around the surface. Will they be dull like Saturn's or multi-coloured like Jupiter's? Plus, don't forget about the blue surface of Neptune. A gas giant usually have more moons than just two. Perhaps Fenrir and Lukedu are the most visible and promient and more can be discovered. Also, there is potential that a large gas giant my cause adverse effects to Indigo, including its destruction.
info on Micras:
Physical Properties of Micras
Radius of Micras: 6.3782×10^6 m
Circumferance of Micras: 4.0075×10^7 m (Earth: 4.0075×10^7 m equatorial, 4.0008×10^7 m polar)
Volume of Micras: 1.0869×10^21 m^3 (Earth: 1.0832×10^12 m^3)
Assuming that the average density of Micras is equal to Earth (5515 kg/m^3)
Mass of Micras: 6.0114×10^24 kg (Earth: 5.9736×10^24 kg)
Acceleration due to Gravity at Sea Level: 9.8600 m/s^2 (Earth: 9.7800 m/s^2 at Equator, 9.8067 m/s^2 average)
MOONS
The moons that we know about are:
Micras: Tarsica
Indigo: Plateau, Ivory
Chrysos: Fenrir, Lukedu
There is also an old page on the definition of Tarsica with explanations of the wildlife there:
www.geocities.com/microcartography/atos/tarsicadef.html
THE REST OF THE UNIVERSE
some star maps were being drawn by fax celestis, he made 6, the official one was not decided, here they are:
images.shireroth.org/temp/Trial1.png
images.shireroth.org/temp/Trial2.png
images.shireroth.org/temp/Trial3.png
images.shireroth.org/temp/Trial4.png
images.shireroth.org/temp/Trial5.png
images.shireroth.org/temp/Trial6.png
and remember we need 2, one for north and one for south
for the galaxy there is a choise of several options:
Elliptical
Lenticular
Spiral
Barred Spiral
Ring galaxy
Irregular
This has been copied from the Micronational Astronomy Society hosted by the MCS.
