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originally posted by: Gh0stwalker
Looks pretty elongated to be a moon... Not to mention brighter than the comet itself.
originally posted by: Wolfenz
as watching this Video that is Framed as Frame By Frame
It look as if The Object is Being Pulled to it ! as the Close to a Sphere Asteroid Rotates !!
all Legal Physics ...
I do NOT see it Orbiting from this Video ...
originally posted by: wildespace
originally posted by: Wolfenz
as watching this Video that is Framed as Frame By Frame
It look as if The Object is Being Pulled to it ! as the Close to a Sphere Asteroid Rotates !!
all Legal Physics ...
I do NOT see it Orbiting from this Video ...
It's just a matter of perspective. For example, we see the Moon setting below the horizon, as if it were drawn down there instead of orbiting our planet in a more-or-less circular manner. Watch a video of the setting Moon as seen from the ISS, the motion will be identical to that asteroid footage.
The 20 individual images used in the movie were generated from data collected at Goldstone on Jan. 26, 2015. They show the primary body is approximately 1,100 feet (325 meters) across and has a small moon approximately 230 feet (70 meters) across. In the near-Earth population, about 16 percent of asteroids that are about 655 feet (200 meters) or larger are a binary (the primary asteroid with a smaller asteroid moon orbiting it) or even triple systems (two moons). The resolution on the radar images is 13 feet (4 meters) per pixel.
originally posted by: Wolfenz
originally posted by: wildespace
originally posted by: Wolfenz
as watching this Video that is Framed as Frame By Frame
It look as if The Object is Being Pulled to it ! as the Close to a Sphere Asteroid Rotates !!
all Legal Physics ...
I do NOT see it Orbiting from this Video ...
It's just a matter of perspective. For example, we see the Moon setting below the horizon, as if it were drawn down there instead of orbiting our planet in a more-or-less circular manner. Watch a video of the setting Moon as seen from the ISS, the motion will be identical to that asteroid footage.
Well is there any other Videos of this Object of this so called Natural Satellite going in a orbital manner around this SPHERICAL Asteroid ??
Well our moon is Tital Locked .. Right..
Tho NASA Says that it Does orbit ...
Apparently there's Another Asteroid that has it Own Moon too !
News | May 30, 2013
NASA Radar Reveals Asteroid Has Its Own Moon
1998 QE2
science.nasa.gov...
originally posted by: wildespace
originally posted by: Wolfenz
originally posted by: wildespace
originally posted by: Wolfenz
as watching this Video that is Framed as Frame By Frame
It look as if The Object is Being Pulled to it ! as the Close to a Sphere Asteroid Rotates !!
all Legal Physics ...
I do NOT see it Orbiting from this Video ...
It's just a matter of perspective. For example, we see the Moon setting below the horizon, as if it were drawn down there instead of orbiting our planet in a more-or-less circular manner. Watch a video of the setting Moon as seen from the ISS, the motion will be identical to that asteroid footage.
Well is there any other Videos of this Object of this so called Natural Satellite going in a orbital manner around this SPHERICAL Asteroid ??
Not from our (the Earth's) point of view, no. To get a different perspective, we'd have to launch a very powerful space telescope, or a big radar station, to a location in space where we could see that little moon's orbit face-on.
Well our moon is Tital Locked .. Right..
Tho NASA Says that it Does orbit ...
Why does one thing exclude the other? All moons orbit their planet (by definition), and all major moons in the Solar System are tidally locked. It means they constantly show the same side to their planet as they orbit it. Perhaps you meant "rotation" instead of "orbiting"?
Apparently there's Another Asteroid that has it Own Moon too !
News | May 30, 2013
NASA Radar Reveals Asteroid Has Its Own Moon
1998 QE2
science.nasa.gov...
Lots of asteroids have their own little moons, some even have two or three. From your own link: "In the near-Earth population, about 16 percent of asteroids that are about 655 feet (200 meters) or larger are binary or triple systems." That means they have one or two moons.
This is not news, but is very interesting nevertheless. en.wikipedia.org...
It's just a matter of perspective. For example, we see the Moon setting below the horizon, as if it were drawn down there instead of orbiting our planet in a more-or-less circular manner.
Why does one thing exclude the other? All moons orbit their planet (by definition), and all major moons in the Solar System are tidally locked. It means they constantly show the same side to their planet as they orbit it. Perhaps you meant "rotation" instead of "orbiting"?
See the First 2 Pics in Asteroid 2004 BL86 Look at the big indentation "Dark Spot" just above the 2004 Numbers in the Pic ! Now look at the first Two Photos in the 2nd Pic of the 1998 QE2 Asteroid Looks as if its the Same Asteroid