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So if they was a collision I think no material would hang around to create the moon it would just fall to earth or be thrown into space , what's the odds on it making a moon , virtually impossible we're as eruptions on a mass scale is far more probable
So now I have to be qualified to decide sorry me bad I know that if 2 objects collide they don't stop and do a dance and the evidence u have is " 3 rocks " case closed u win me bad ! Now where's that rabbit hole and my blinkers .
originally posted by: Phage
a reply to: Denoli
So if they was a collision I think no material would hang around to create the moon it would just fall to earth or be thrown into space , what's the odds on it making a moon , virtually impossible we're as eruptions on a mass scale is far more probable
Do you know what an orbit is? Do you know how gravity works?
Are you qualified to decide what is virtually impossible when it comes to a combination of the two?
originally posted by: Denoli
So now I have to be qualified to decide sorry me bad I know that if 2 objects collide they don't stop and do a dance and the evidence u have is " 3 rocks " case closed u win me bad ! Now where's that rabbit hole and my blinkers .
originally posted by: Phage
a reply to: Denoli
So if they was a collision I think no material would hang around to create the moon it would just fall to earth or be thrown into space , what's the odds on it making a moon , virtually impossible we're as eruptions on a mass scale is far more probable
Do you know what an orbit is? Do you know how gravity works?
Are you qualified to decide what is virtually impossible when it comes to a combination of the two?
originally posted by: OccamsRazor04
What you can't do is decide facts.
originally posted by: bottleslingguy
a reply to: WhiteAlice
you asked where was our scar that's what I was responding to my bad
originally posted by: bottleslingguy
a reply to: astrostu
for what it's worth bullets and cannon balls are not planets. one computer simulation is hardly definitive. it's laughable that you would conclude we know everything there is to know about how "things work". Does the computer simulation show the Moon spinning or locked in a tidal drag? how does your simulation end?
originally posted by: bottleslingguy
a reply to: Wolfenz
but Moon rock is not rich with water
news.discovery.com...
The capture of a small body, like an asteroid, is feasible. The capture of a large body, like the Moon, is not.
why couldn't the Moon have been the other planet's companion and one hit us and the other got captured?
originally posted by: Wolfenz
How Far off was Stichen the Claimed Spoof ? in his Tale of Sumerians about Tiamat hitting earth and the Moon ? when this is now theorized of a mysterious claimed ROUGE planet or moon called THIEA
Earth material
The moon has been scientifically verified to be identical to the Earth
originally posted by: MarioOnTheFly
a reply to: OccamsRazor04
Earth material
Could you possibly explain this...to a layman.
Which element is Earth material and as such exclusively found on Earth...and how would one go about proving that ?
measurements that find that the Earth and Moon the same isotopic composition (isotopes of an element have slightly different masses). The isotopes of oxygen and titanium, for example, vary widely in the Solar System and are used to ‘fingerprint’ different planets and meteorite groups. The data show that the Earth and Moon are ‘isotopic twins'
A new series of measurements of oxygen isotopes provides increasing evidence that the moon formed from the collision of the Earth with another large, planet-sized astronomical body, around 4.5 billion years ago.
The moon has been scientifically verified to be identical to the Earth
I heard that when the Moon was struck (by a satellite I think) it rang like a bell for a period of time. Is that identical to Earth ? Does it also ring like a bell ? Does it not hint at different construct/material ?
Furthermore, shallow moonquakes lasted a remarkably long time. Once they got going, all continued more than 10 minutes. "The moon was ringing like a bell," Neal says.
On Earth, vibrations from quakes usually die away in only half a minute. The reason has to do with chemical weathering, Neal explains: "Water weakens stone, expanding the structure of different minerals. When energy propagates across such a compressible structure, it acts like a foam sponge--it deadens the vibrations." Even the biggest earthquakes stop shaking in less than 2 minutes.
lunar seismograms (graph)
The moon, however, is dry, cool and mostly rigid, like a chunk of stone or iron. So moonquakes set it vibrating like a tuning fork. Even if a moonquake isn't intense, "it just keeps going and going," Neal says. And for a lunar habitat, that persistence could be more significant than a moonquake's magnitude.
If two rocks have identical oxygen isotopic composition then the probability is great that they were formed from the same "parent planet" or formed from the same average mixture of solar system debris.
Why not spend 10 seconds on Google to learn the truth?
originally posted by: MarioOnTheFly
a reply to: OccamsRazor04
If two rocks have identical oxygen isotopic composition then the probability is great that they were formed from the same "parent planet" or formed from the same average mixture of solar system debris.
...ah yes...the probability is great...therefore...a fact.
I just love it when we calculate probabilities without having all the parameters. It's what science does daily. It's called guessing.
This guessing game is widely spread in the science community, but presented as fact.
So you are telling me...that a certain type of oxygen isotope is only present in/on Earth...therefore giving it a unique Solar fingerprint ? I find that conclusion rather ridiculous...
I really doubt we have the entire composition of elements present in the Solar system and it's isotopic variations on all the Solar bodies to make that bold claim.
Why not spend 10 seconds on Google to learn the truth?
why not spend 10 minutes in philosophical silence, assessing our own human arrogance.