Artifexian | Other Gas Giant Orbits @Artifexian | Uploaded 9 years ago | Updated 11 hours ago
In which show you how your method for calculating orbits needs to be modified to accommodate Classical gas giants (Jupiter), Super Jupiters, Eccentric Jupiters and Gas Dwarfs. Check out the previous video for more info at:
https://www.youtube.com/watch?v=lfY7NOpmClg
Artifexian on the Interweb:
Youtube: https://www.youtube.com/artifexian
Facebook: https://www.facebook.com/artifexian
Twitter: https://www.twitter.com/artifexian
Blog: http://www.scifiideas.com
General orbital equations and ranges:
Semi major axis: 0.04 - 0.05 AU
Eccentricity: 0 - 1 (pref. 0.00x - 0.0x)
Equation of an ellipse: x^2/a^2 + y^2/b^2 = 1
Semi-minor axis: b = a*sqrt(1 - e^2)
Periapsis (closest approach): q = a(1 - e)
Apoapsis (furthest approach): Q = a(1 + e)
Orbital period: P = sqrt(a^3/M)
Orbital velocity: V_o = sqrt(M/R)
Inclination: 0 - 180 deg
Longitude of the ascending node: 0 - 360 deg
Argument of Periapsis: 0 - 360 deg
Links:
Universe sandbox: http://universesandbox.com/
----------
SYSTEM STATS:
Star: 1 solar mass
Frost line: 4.85 AU
Outer limit: 40 AU
Hot jupiter:
Semi-major axis: 0.07 AU
Eccentricity: 0.001
Semi-minor axis: 0.069999965 AU
Periapsis: 0.06993 AU
Apoapsis: 0.07007 AU
Orbital period: 0.0185 = ca 6.75 days
Orbital velocity: 3.779 = ca 112.54 km/s
Inclination: 176 deg (Retrograde orbit)
Longitude of the ascending node: 279 deg
Argument of periapsis: 14 deg
Super Jupiter (Has migrated inwards not yet a hot jupiter):
Semi-major axis: 2.925AU
Eccentricity: 0.002
Semi-minor axis: 2.92499415 AU
Periapsis: 2.91915 AU
Apoapsis: 2.93085AU
Orbital period: 5.002519678 Earth Years
Orbital velocity: 0.5847053462 = ca 17.41 km/s
Inclination: 1.5 deg (Prograde orbit)
Longitude of the ascending node: 13 deg
Argument of periapsis: 222 deg
Classical gas giant:
Semi-major axis: 5.85AU
Eccentricity: 0.003
Semi-minor axis: 5.849973675 AU
Periapsis: 5.83245 AU
Apoapsis: 5.86755 AU
Orbital period: 14.14926235 Earth Years
Orbital velocity: 0.4134491153 = ca 12.31 km/s
Inclination: 0.75 deg (Prograde orbit)
Longitude of the ascending node: 6 deg
Argument of periapsis: 103 deg
Eccentric jupiter:
Semi-major axis: 11.7 AU
Eccentricity: 0.2
Semi-minor axis: 11.463612AU
Periapsis: 9.36 AU
Apoapsis: 14.04 AU
Orbital period: 40.02015742 Earth Years
Orbital velocity: 0.2923526731 = ca 8.71 km/s
Inclination: 2 deg (Prograde orbit)
Longitude of the ascending node: 89 deg
Argument of periapsis: 233 deg
Gas Dwarf:
Semi-major axis: 38 AU
Eccentricity: 0.04
Semi-minor axis: 37.96958783 AU
Periapsis: 36.48 AU
Apoapsis: 39.52 AU
Orbital period: 234.2477321 Earth Years
Orbital velocity: 0.162214211 = ca 4.83 km/s
Inclination: 3.75 deg (Prograde orbit)
Longitude of the ascending node: 273 deg
Argument of periapsis: 43 deg
In which show you how your method for calculating orbits needs to be modified to accommodate Classical gas giants (Jupiter), Super Jupiters, Eccentric Jupiters and Gas Dwarfs. Check out the previous video for more info at:
https://www.youtube.com/watch?v=lfY7NOpmClg
Artifexian on the Interweb:
Youtube: https://www.youtube.com/artifexian
Facebook: https://www.facebook.com/artifexian
Twitter: https://www.twitter.com/artifexian
Blog: http://www.scifiideas.com
General orbital equations and ranges:
Semi major axis: 0.04 - 0.05 AU
Eccentricity: 0 - 1 (pref. 0.00x - 0.0x)
Equation of an ellipse: x^2/a^2 + y^2/b^2 = 1
Semi-minor axis: b = a*sqrt(1 - e^2)
Periapsis (closest approach): q = a(1 - e)
Apoapsis (furthest approach): Q = a(1 + e)
Orbital period: P = sqrt(a^3/M)
Orbital velocity: V_o = sqrt(M/R)
Inclination: 0 - 180 deg
Longitude of the ascending node: 0 - 360 deg
Argument of Periapsis: 0 - 360 deg
Links:
Universe sandbox: http://universesandbox.com/
----------
SYSTEM STATS:
Star: 1 solar mass
Frost line: 4.85 AU
Outer limit: 40 AU
Hot jupiter:
Semi-major axis: 0.07 AU
Eccentricity: 0.001
Semi-minor axis: 0.069999965 AU
Periapsis: 0.06993 AU
Apoapsis: 0.07007 AU
Orbital period: 0.0185 = ca 6.75 days
Orbital velocity: 3.779 = ca 112.54 km/s
Inclination: 176 deg (Retrograde orbit)
Longitude of the ascending node: 279 deg
Argument of periapsis: 14 deg
Super Jupiter (Has migrated inwards not yet a hot jupiter):
Semi-major axis: 2.925AU
Eccentricity: 0.002
Semi-minor axis: 2.92499415 AU
Periapsis: 2.91915 AU
Apoapsis: 2.93085AU
Orbital period: 5.002519678 Earth Years
Orbital velocity: 0.5847053462 = ca 17.41 km/s
Inclination: 1.5 deg (Prograde orbit)
Longitude of the ascending node: 13 deg
Argument of periapsis: 222 deg
Classical gas giant:
Semi-major axis: 5.85AU
Eccentricity: 0.003
Semi-minor axis: 5.849973675 AU
Periapsis: 5.83245 AU
Apoapsis: 5.86755 AU
Orbital period: 14.14926235 Earth Years
Orbital velocity: 0.4134491153 = ca 12.31 km/s
Inclination: 0.75 deg (Prograde orbit)
Longitude of the ascending node: 6 deg
Argument of periapsis: 103 deg
Eccentric jupiter:
Semi-major axis: 11.7 AU
Eccentricity: 0.2
Semi-minor axis: 11.463612AU
Periapsis: 9.36 AU
Apoapsis: 14.04 AU
Orbital period: 40.02015742 Earth Years
Orbital velocity: 0.2923526731 = ca 8.71 km/s
Inclination: 2 deg (Prograde orbit)
Longitude of the ascending node: 89 deg
Argument of periapsis: 233 deg
Gas Dwarf:
Semi-major axis: 38 AU
Eccentricity: 0.04
Semi-minor axis: 37.96958783 AU
Periapsis: 36.48 AU
Apoapsis: 39.52 AU
Orbital period: 234.2477321 Earth Years
Orbital velocity: 0.162214211 = ca 4.83 km/s
Inclination: 3.75 deg (Prograde orbit)
Longitude of the ascending node: 273 deg
Argument of periapsis: 43 deg
