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Originally posted by Blaine91555
Your opinion is well known. He is funny. You are just rude.
I humbly beseech you to provide a reference to 5 posts of John that stretched your mind (hopefully, not in an irreversible way).
Originally posted by Edwards Patterson
...snip...
department of Navy, and all other deep inside intelligence agencies are lying to us, don't you think its time for world a revolt? I mean God! If there are people lying THAT MUCH I want to kill them all
Originally posted by johnlear
Would you please write out 3 or 4 reasons why we know that the moon has a density of 3.3 gr/cm3?
What I gave you is one reason, not 4. Hope that still helps.
Originally posted by johnlear
1. Would it be fair to say that the earth's crust has an average density of 2.7 gm/cm3 and that the moon's average crust density is 3.3 gm/cm3 and that to satisfy a gravity on the moon of one sixth earth's that an iron core in the center of the earth was hypothesized, to make the earth's density 5.5 gm/cm3 (to make the Fg+ G x (M1M2/r2) come out correctly) and subsequently scientifically backed up with the measurement of shock waves?
2. Would it be fair to say that another way of determining the density of the earth was measurement of asteroids and the polar axis of the earth?
3. Would it be fair to say that originally the density of the earth was determined by the Cavendish experiment which used 2 solid metal spheres, and that this experiment determined the gravitational constant in Newton's gravitational equation which was then used to determine the mass of the Earth?
Can you please tell me how to determine mass of the moon based on its period of rotation and volume?
Or point me in the direction where I can find that information?
originally posted by johnlearCan you please tell me how to determine mass of the moon based on its period of rotation and volume?
Mass is not dependent on volume.
you can figure an average density of the moon by dividing the Moon's mass, known from calculations based on its period of rotation, by its volume known from the radius, which can be measured based on observations.
Originally posted by johnlear
So would it be fair to say that the earth's crust has an average density of 2.7 gm/cm3 and that the moon's average density is 3.34 gm/cm3 and that to satisfy a gravity on the moon of one sixth earth's that an iron core in the center of the earth was hypothesized, to make the earth's density 5.5 gm/cm3 (to make the Fg+ G x (M1M2/r2) come out correctly) and subsequently scientifically backed up with the measurement of shock waves?
Would that be an accurate statement?
originally posted by johnlearCan you please tell me how to determine mass of the moon based on its period of rotation and volume?
Mass is not dependent on volume.
OK. Well I just repeated what you told me which was:
you can figure an average density of the moon by dividing the Moon's mass, known from calculations based on its period of rotation, by its volume known from the radius, which can be measured based on observations.
Originally posted by menguard
It will take those 'Backyard Scientists' to rally and push the very foundations of The Standard Science to new levels.
No, John, you did not repeat me. Please try to concentrate. I said "density" and not "mass".
you can figure an average density of the moon by dividing the Moon's mass, known from calculations based on its period of rotation, by its volume known from the radius, which can be measured based on observations.
Originally posted by johnlear
Am I missing something here?
All I asked was how I figure the Moons density by its period of rotation and mass as you stated above.
Can you please tell me how to determine mass of the moon based on its period of rotation and volume?
Originally posted by menguard
Look for the government of any country or administration to set a stage to dumb us down.
Through our own FEARS. Get rid of your Fear Implants.
The time for the Stone Age is over with, no more Dark Ages.
We know too much to be dumbed down now.
You may have inadvertently put "mass" in place of density. Can happen to anybody (and I am notoriously bad at that).
So, you measure the volume based on the Moon's radius. Right? And you calculate the mass based on it's period. Does that makes sense?
Originally posted by johnlear
OK, sorry and thanks.
Now. How do I figure density of the moon based on its period of rotation and mass?
Originally posted by johnlear
All I'm trying to do is is nail down the exact argument that mainstream science is using to predict both the density of the Earth and the density of the Moon.
Originally posted by buddhasystem
you wanting to kill Americans is disgusting.