buy this star Random Star Random Location

TEG277: red dwarf star with 7 planets

 
TEG277.1
  TEG277.2   TEG277.3   TEG277.4   TEG277.5   TEG277.6   TEG277.7  

Solar system 'TEG277' comprises the star 'TEG277' and the retinue of celestial objects gravitationally bound to it: 7 planets and their 132 moons, as well as asteroids, meteoroids, planetoids, comets, and interplanetary dust.

The principal component of this star system is the star 'TEG277', a red dwarf class star that contains about 99.99% of the system's known mass and dominates it gravitationally. TEG277 is located more than 1550 lightyears from the center of the galaxy.

This solar system comprises 7 planets

TEG277.1 is a very large terrestrial planet (10254 km radius) which orbits its star in 410 Earth days, one day on TEG277.1 lasts 9 Earth hours. Its average temperature is 59 K (-214 C), its atmosphere mainly consists of nitrogen, oxygen and it has 14 moons.
TEG277.2 is a medium terrestrial planet (6082 km radius) which orbits its star in 883 Earth days, one day on TEG277.2 lasts 13 Earth hours. Its average temperature is 42 K (-231 C), its atmosphere mainly consists of nitrogen, oxygen and it has 4 moons.
TEG277.3 is a large terrestrial planet (8366 km radius) which orbits its star in 1881 Earth days, one day on TEG277.3 lasts 10 Earth hours. Its average temperature is 23 K (-250 C), its atmosphere mainly consists of nitrogen and it has 17 moons.
TEG277.4 is a small terrestrial planet (4624 km radius) which orbits its star in 3457 Earth days, one day on TEG277.4 lasts 18 Earth hours. Its average temperature is 13 K (-260 C), its atmosphere mainly consists of nitrogen, oxygen and it has 20 moons.
TEG277.5 is a medium terrestrial planet (5467 km radius) which orbits its star in 6351 Earth days, one day on TEG277.5 lasts 15 Earth hours. Its average temperature is 7 K (-266 C), its atmosphere mainly consists of nitrogen and it has 24 moons.
TEG277.6 is a medium terrestrial planet (5893 km radius) which orbits its star in 11668 Earth days, one day on TEG277.6 lasts 14 Earth hours. Its average temperature is 4 K (-269 C), its atmosphere mainly consists of nitrogen, oxygen and it has 18 moons.
TEG277.7 is a medium terrestrial planet (5452 km radius) which orbits its star in 21435 Earth days, one day on TEG277.7 lasts 15 Earth hours. Its average temperature is 2 K (-271 C), its atmosphere mainly consists of nitrogen and it has 35 moons.
More planetary details...

Location

Planetary Orbits

Permalink

Use the following URL to link to this solar system:

Widget

Copy-paste the following piece of HTML code to place this solar system as a real-time widget on your website or blog:

Planetary Statistics

planet:TEG277.1TEG277.2TEG277.3TEG277.4TEG277.5
distance from star:75*106 km125*106 km207*106 km310*106 km466*106 km
radius:10254 km6082 km8366 km4624 km5467 km
mass:8625*1021 kg1799*1021 kg4684*1021 kg790*1021 kg1307*1021 kg
surface gravity: 5.47 m/s2
0.55 Earths
3.24 m/s2
0.33 Earths
4.46 m/s2
0.45 Earths
2.46 m/s2
0.25 Earths
2.91 m/s2
0.29 Earths
escape velocity:10.59 km/s6.283 km/s8.645 km/s4.775 km/s5.649 km/s
year: 1093 TEG277.1 days
410 Earth days
1630 TEG277.2 days
883 Earth days
4514 TEG277.3 days
1881 Earth days
4609 TEG277.4 days
3457 Earth days
10161 TEG277.5 days
6351 Earth days
day:9 hrs13 hrs10 hrs18 hrs15 hrs
axial tilt:29°26°29°271°
temperature:59 K
-214 C
42 K
-231 C
23 K
-250 C
13 K
-260 C
7 K
-266 C
atmosphere:71% N2
29% O2
0% other
3% H2
1% He
63% N2
33% O2
0% other
83% N2
10% O2
7% CO2
0% other
10% H2
2% He
55% N2
33% O2
0% other
84% N2
8% O2
8% CO2
0% other
moons:144172024
rings:60000

planet:TEG277.6TEG277.7
distance from star:699*106 km1048*106 km
radius:5893 km5452 km
mass:1637*1021 kg1296*1021 kg
surface gravity: 3.14 m/s2
0.32 Earths
2.91 m/s2
0.29 Earths
escape velocity:6.089 km/s5.633 km/s
year: 20002 TEG277.6 days
11668 Earth days
34296 TEG277.7 days
21435 Earth days
day:14 hrs15 hrs
axial tilt:29°
temperature:4 K
-269 C
2 K
-271 C
atmosphere:7% H2
1% He
44% N2
48% O2
0% other
87% N2
7% O2
6% CO2
0% other
moons:1835
rings:00

as seen on...
You may also want to check out our other web projects:
Morzino, an e-Learning community with online training software
Jamplifier, a platform that allows artists to improve their music
©2006-2019 Joopita Research a.s.b.l | About | Buy a Star | Name a Star | Info Pages
Donations | Sponsoring | Advertising | Affiliate Program | Support | Press
Copyright | Disclaimer | Privacy Policy | Terms of Use | Contact Us
Some photographies used on this site are by NASA, they are in the public domain.
Sign up now, it's free!Signup
Username or E-mail Password - Forgot your password?Signup
keep me logged in
HomeInfoSolar SystemsWikiNewsfeedForumBlogCommunityStore