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Gravity is the other common force. Newton was the first person to study it seriously, and he came up with the law of universal gravitation:
Each particle of matter attracts every other particle with a force which is directly proportional to the product of their masses and inversely proportional to the square of the distance between them.
The standard formula for gravity is:
Gravitational force = (G * m1 * m2) / (d2)
where G is the gravitational constant, m1 and m2 are the masses of the two objects for which you are calculating the force, and d is the distance between the centers of gravity of the two masses.
Originally posted by TeslaandLyne
I think the magnet moved the charges around (thats what a
magnetic field does), thus the positive charge gravity well theory
is the correct one.
but by saying gravity does not exist is just ignorant
The rate of rotation of Foucault's pendulum is pretty constant at any particular location, but in 1954, during an experiment with one, a physicist named Maurice Allais got a surprise. His experiment lasted for 30 days, and one of those days happened to be the day of a total solar eclipse. Instead of rotating at the usual rate, as it did for the other 29 days, his pendulum turned through an angle of 13.5 degrees within the space of just 14 minutes. This was particularly surprising as the experiment was conducted indoors, away from the sunlight, so there should have been no way the eclipse could affect it! But in 1959, when there was another eclipse, Allais saw exactly the same effect.
Many people have questioned his results: why should the eclipse affect a pendulum indoors in any way? Many subsequent experiments have taken place since, with mixed results: some experimenters have found no measurable effect, but slightly more have confirmed the result from several different locations, including an underground laboratory.
Originally posted by g210b
Ever heard of Magnetic dip?
That's what you have here.
en.wikipedia.org...
www.allstar.fiu.edu...
Well i am sure you can find more.
edit: deleted third link because didnt work to post as link
edit2: Sorry about killing an idea. I hope I didn't kill your day. :/
You have some good skills: The two drawings with the red and blue particles looks great. I really like them! Good Illustration.
[edit on 26-5-2008 by g210b]
[edit on 26-5-2008 by g210b]
Originally posted by ALLis0NE
However, the anti-gravity experiment in the OP works in all directions, including East to West.
Originally posted by Grinder
Well I always thought that Gravity was all about Mass.
Originally posted by Grinder
All masses, all things and objects attract each other.
Originally posted by Grinder
Since all of the objects, or Masses attract each other to some degree, the biggest Mass wins, in this case, The Earth.
Originally posted by Grinder
The Earths Mass is 5.9736×1024 KG, witch is Enormous compared to the other objects or masses around us.
Originally posted by Grinder
Since objects objects with higher Mass values are heavier to lift, well that explains it.
Originally posted by Grinder
I don`t think that Gravity has anything to do with magnetism.
Originally posted by ALLis0NE
Yes "magnetic inclination" is very well documented, however, their THEORY that it is simply caused because of the angle of the magnetic force is wrong. Because technically, according to that theory and according to the person that "discovered" it, the tilt of the needle would only happen when it is pointing North and South because that is the direction of the lines of force. However, the anti-gravity experiment in the OP works in all directions, including East to West.
Originally posted by ALLis0NE
The amount of Mass is decided on the amount of "electrons and protons and neutrons" an object has. All three of those things are electromagnetic.
Originally posted by sts3238
What about inertia?
Originally posted by sts3238
You'll still need inertia cancelers to get from 0 - C before dinner time. The only way I know of how to do that is through hyperspace.
Originally posted by nablator
Originally posted by ALLis0NE
The amount of Mass is decided on the amount of "electrons and protons and neutrons" an object has. All three of those things are electromagnetic.
No. Neutrons don't have an electric charge. But they have mass.
Originally posted by ALLis0NE
I could make a illustration of it... but I'm kinda busy right now, I will get around to it..