I don't understand your question. Use English next time.
2007-08-14 23:37:39
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answer #1
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answered by Hardrock 6
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you're the two incorrect. The moon isn't pulling the Earth everywhere, and the Earth isn't being pulled into outer area. The moon's gravity motives tides on earth, and those tides reason friction between the sea and the seafloor. And this friction is extremely gradually slowing the Earth's rotation (by potential of a few seconds a century). The regulation of conservation of momentum states that the entire momentum of a gadget (the rotation of the Earth and the moon and the orbits of the two products around the centre of gravity) has to proceed to be a similar. So if the Earth is slowing down, then something has to alter to shelter momentum. that must be the moon rushing up (which it could no longer do) or the moon shifting greater desirable from the Earth (which it could do, and is doing). The Earth/Moon gadget is held in orbit by potential of the solar's gravity, and the only way the Earth must be pulled into outer area replaced into by potential of yet another great merchandise's gravity (and there is not any great merchandise everywhere close to by potential of to pull the Earth everywhere). The moon easily does not have the mass or gravity to pull the Earth everywhere (its the Earth that keeps the moon in orbit).
2016-10-15 09:55:03
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answer #2
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answered by Anonymous
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Actually yes,but our mass,and therefore gravitational force,is so miniscule when compared to the Earth as to be negligible.Just as the Earth doesn't TRULY revolve around the Sun,but rather they both revolve around the center of gravity,which,due to the Suns' enormous mass,is located near the suns core,instead of halfway between Earth and the Sun.This produces a "wobble"in the Suns rotation,and is how we are able to detect other extra solar planets
2007-08-14 23:51:51
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answer #3
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answered by nobodinoze 5
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newton's law of universal gravitation:
F = GMm/r^2
F is the gravitational force
G is the gravitational constant
M is the mass of the first object (earth)
m is the mass of the second object (your body)
r is the distance between the center of mass of the two objects (the radius of the earth, here)
one also has newton's second law
F = m a
equating the two expressions you can see that
a = GM/r^2 which has a constant value of 9.81 m/s^2 near the surface of the earth. so your weight force is proportional to your mass (is this what you mean by 'body gravity'?) since it is attracted to the mass of the earth ('earth-gravitation'?).
2007-08-15 00:45:13
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answer #4
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answered by vorenhutz 7
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If you want to say that than I guess we sort of do. WHen our bodies are held on the Earth by gravity than we sort of have a relationship with the Earth.
2007-08-15 03:22:45
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answer #5
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answered by Argent 4
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Gravitation is the distortion of space-time by mass and or energy and it has the effect of causing objects to be attracted to each other.
Now go to bed and sleep it off.
2007-08-14 23:55:24
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answer #6
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answered by Anonymous
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???? the earth magnet make human stick on ground...that's why fall from high rise buiding, you see only death no living human!!!! unless...several soft protection level by level will reduce the magnet power, human even fall from high floor will not died so fast...only badly or mild injured!!!!
actually human being can bring up their own energy and out of magnet.....so far this is belongs to ancient secrets....i heard that the maximum they can jump to the highest is chinese traditional ancient roof height!!!!
2007-08-14 23:47:41
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answer #7
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answered by harijanti 4
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Lol indeed. Now would you like to ask a question?
2007-08-14 23:38:05
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answer #8
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answered by Anonymous
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Likely as not
2007-08-14 23:38:34
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answer #9
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answered by Jack P 7
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I'm still scratching my head on this one...
Isn't this a question for Astronomy?
2007-08-14 23:45:46
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answer #10
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answered by Anonymous
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