Asteroid 2009 VA fly-by of Earth on Nov. 6th, 2009.
Below is a video I created last week to demonstrate the closeness of 2009 VA.
Video was made using Celestia 1.6
Orbital parameters are from JPL: http://ssd.jpl.nasa.gov/sbdb.cgi?sstr=2009%20VA;orb=1
http://www.youtube.com/watch?v=C16lEwN5rGU
If you want the .ssc, just ask.
Enjoy!
Asteroid (2009 VA) Nov. 6th, 2009
Asteroid (2009 VA) Nov. 6th, 2009
Have you ever considered any real freedoms?
Freedoms from the opinion of others... even the opinions of yourself?
Freedoms from the opinion of others... even the opinions of yourself?
Re: Asteroid (2009 VA) Nov. 6th, 2009
Hi plg571,
Interesting object. May I have a copy of the SSC file?
My email address is zacjardine (@) y7mail.com
Thanks,
Cak
Interesting object. May I have a copy of the SSC file?
My email address is zacjardine (@) y7mail.com
Thanks,
Cak
Re: Asteroid (2009 VA) Nov. 6th, 2009
# Author by Tom Philp III Updated: 20091106
# Updated Observation from JPL: http://ssd.jpl.nasa.gov/sbdb.cgi?sstr=2009%20VA;orb=1
# JPL Closest Approach:
# Celestia Closest Approach at:
# Torino Scale:
# http://neo.jpl.nasa.gov/risk/
"2009 VA" "Sol"
{
Class "asteroid" #Class
Mesh "asteroid.cms" #Mesh
Texture "asteroid.jpg" #Texture
Radius 0.0085 #Meters
CustomOrbit "2009 VA"
EllipticalOrbit
{
Eccentricity 0.3573882739332184 #EC - e -
SemiMajorAxis 1.428030849867257 #A - a - AU
PeriDistance 0.9176693693098114 #QR - q - AU
Inclination 7.541919391808355 #IN - i - deg
AscendingNode 224.5419169422727 #OM - node - deg
ArgOfPericenter 223.9910222045172 #W - peri - deg
MeanAnomaly 338.9483913019168 #MA - M - deg
Epoch 2455141.5000000000000000 #EPOCH - tp - Julian
Period 1.710653 #PER - period - years
MeanMotion 0..5775607740000001 #N - n - deg/d
AphelionDistance 1.938392330424703 #ADIST - Q - AU
#DAN
#B
#DDN
#ANGMOM
#L
}
# RotationPeriod 30.4 #Hours
# Albedo 0.33 #Reflectivity
}
#
#EC Eccentricity, e
#A Semi-major axis, a (AU)
#QR Periapsis distance, q (AU)
#IN Inclination w.r.t xy-plane, i (degrees)
#OM Longitude of Ascending Node, OMEGA, (degrees)
#W Argument of Perifocus, w (degrees)
#MA Mean anomaly, M (degrees)
#EPOCH
#PR Orbital period (day)
#N Mean motion, n (degrees/day)
#AD Apoapsis distance (AU)
#Tp Time of periapsis (Julian day number)
#TA True anomaly, nu (degrees)
#
# Updated Observation from JPL: http://ssd.jpl.nasa.gov/sbdb.cgi?sstr=2009%20VA;orb=1
# JPL Closest Approach:
# Celestia Closest Approach at:
# Torino Scale:
# http://neo.jpl.nasa.gov/risk/
"2009 VA" "Sol"
{
Class "asteroid" #Class
Mesh "asteroid.cms" #Mesh
Texture "asteroid.jpg" #Texture
Radius 0.0085 #Meters
CustomOrbit "2009 VA"
EllipticalOrbit
{
Eccentricity 0.3573882739332184 #EC - e -
SemiMajorAxis 1.428030849867257 #A - a - AU
PeriDistance 0.9176693693098114 #QR - q - AU
Inclination 7.541919391808355 #IN - i - deg
AscendingNode 224.5419169422727 #OM - node - deg
ArgOfPericenter 223.9910222045172 #W - peri - deg
MeanAnomaly 338.9483913019168 #MA - M - deg
Epoch 2455141.5000000000000000 #EPOCH - tp - Julian
Period 1.710653 #PER - period - years
MeanMotion 0..5775607740000001 #N - n - deg/d
AphelionDistance 1.938392330424703 #ADIST - Q - AU
#DAN
#B
#DDN
#ANGMOM
#L
}
# RotationPeriod 30.4 #Hours
# Albedo 0.33 #Reflectivity
}
#
#EC Eccentricity, e
#A Semi-major axis, a (AU)
#QR Periapsis distance, q (AU)
#IN Inclination w.r.t xy-plane, i (degrees)
#OM Longitude of Ascending Node, OMEGA, (degrees)
#W Argument of Perifocus, w (degrees)
#MA Mean anomaly, M (degrees)
#EPOCH
#PR Orbital period (day)
#N Mean motion, n (degrees/day)
#AD Apoapsis distance (AU)
#Tp Time of periapsis (Julian day number)
#TA True anomaly, nu (degrees)
#
Have you ever considered any real freedoms?
Freedoms from the opinion of others... even the opinions of yourself?
Freedoms from the opinion of others... even the opinions of yourself?
Re: Asteroid (2009 VA) Nov. 6th, 2009
Sorry about the wait, didn't have my settings right to notify me.
Have you ever considered any real freedoms?
Freedoms from the opinion of others... even the opinions of yourself?
Freedoms from the opinion of others... even the opinions of yourself?
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- Posts: 122
- Joined: 02.06.2010
- With us: 14 years 6 months
Re: Asteroid (2009 VA) Nov. 6th, 2009
You could have just pushed T after selecting Earth. It makes tracing Earth throughout the video easier, automatic I may add.
Re: Asteroid (2009 VA) Nov. 6th, 2009
Alas, something new has been learned. Thanks for the tip. Now to redo my Tunguska fly in.
Have you ever considered any real freedoms?
Freedoms from the opinion of others... even the opinions of yourself?
Freedoms from the opinion of others... even the opinions of yourself?