How are gravity and magnetism different?

Answer 1

The fundamental difference between magnetism and gravity is that for magnetism, there are two opposite poles, North and South. Like poles repel, and unlike poles attract. Whereas, as far as we know, for gravity, there is no condition in which repulsion occurs. There is only one pole, and that attracts all matter in the known universe.

Wow, you are really expanding my thought processes. Keep it up!

Answer 2

Gravity is a force that acts between any two objects pulled towards each other just because they have mass.Unlike gravity, which occurs between any objects, magnetism depends on specific properties of objects. Magnetism can either pull the two objects together or push them apart, depending on which way the magnets point. Most importantly, it depends on what is going on with the electrons in the material, since each electron is like a tiny magnet itself

Answer 3

When looking at magnetism, we generally refer to various metals and their abilities to attract between electrons and protons in other metals like iron, nickel, aluminium, and so on; however; when it comes to gravity, we're talking about any kinds of objects, like humans, being attracted to other non metallic objects, like planets. However, I do believe that gravity and magnetism do tie in somewhere because planets that have magnetic fields; and, only planets with magnetic fields have the gravity to sustain life and keep objects like people from flying off into space. What's also interesting is that only planet's that rotate at certain frequencies have magnetic fields strong enough to do this- almost similar to electromagnetism, whereby the electromagnetic field gets stronger based on how many cycles a magnet passes through a core of a coil- usually iron. What's also interesting is that the Earth's core is made of Iron.

Answer 4

There are 4 basic forces in nature: maximum efficient to weakest The reliable nuclear stress, Electromagnetic stress, The vulnerable nuclear stress, gravity. Gravity is a results of remember inflicting a warpage or curvature of area-time. Gravitational waves propagate perpetually and bypass by each thing, yet their power dissipates with distance from the source of the gravity properly as shown by the equation F = G (m1+m2)/d^2 the place F is the stress of gravity, G is the known gravitational consistent [to no longer be perplexed with little "g" which represents earth gravity], m1 and m2 are the lots of the bodies in question and d is distance between the centers of the two bodies. whilst the area will advance gravitational charm decreases. An merchandise's electromagnetic stress field strains do no longer propagate perpetually, it quite is a quite short distance stress, yet its power is [like a prior person pronounced] plenty extra advantageous than gravity. it quite is approx 10^70 cases extra advantageous. The earth DOES exert a gravitational charm on all the different planets and gadgets in our image voltaic equipment, basically no longer plenty. In different words, you're being pulled in the direction of the sunlight, Mercury, and each thing else, yet on account which you're on the brink of the beginning of the earth's gravity properly, it quite is gravitational pull on you overpowers something's. for this reason 2 cups on a table won't slide into one yet another, the earth pulls them down extra desirable than they pull in the direction of one yet another. The earth's magnetic field has a distinctive end to it various thousand miles above the floor. Gravity is a results of massive quantities of remember, electromagnetism is a results of particle expenditures.

Answer 5

4 kinds of forces: strong, weak, electromagnetic, and gravitational.

We can't explain the difference, since scientists still do not understand why gravity exists. They are hoping the superstring theory holds the answer.

I'll also point out, in response to some of the other answers, what it means to 'understand' gravity. We know that it is an attractive force that acts between two massive objects. We can calculate, etc. However, we do not know exactly why it exists, or HOW it works. We know WHAT it is though.

Answer 6

The earths Iron core re-charged by charged particles from the sun.Without it no magnetic fields.Gravity attracts with mass, as molecules attract and bond to each other.

Answer 7

don't beat me up for this but as far as i remember according to quantumn theory we have it to do with diffrent force-carrying particles/entities/blah-blah-rions which already had been found in particle accelerators and collisions of matter in it
and the model seems working to have specific particles being identified in groups explaining the different forces.
the force carrying entities for gravitation are still missing hence we aren't able to create collision energies high enough to make them appear.
this is the quantumn side of the puzzle.
Feynmans quantumnelectrodynamics explained that in great detail, and it was believed to be the most perfect theory to date, except for missing out gravity.

i think one can pinpoint the major difference between both to be the difference between the range both forces have.
where your magnet is unable to reach the surface of your fridge again, after being released from some distance, it would positively hit your foot.

may the force be with you

Answer 8

magnetism is much stronger. it takes the whole earth to make a piece of paper fall, but only a small magnet to hold it up on your refrigerator. but they used to be the same force, right after the big bang and before the 4 forces split apart.

Answer 9

Your previous Q/As indicate you prefer a bit less dry mode of answer, so let me offer this..

Gravity is that property which all that exist has, and it always extends to embrace and draw those around closer, no matter who or what you are.

Magnetism is fickle, sometimes trying to bring things closer, sometimes pushing away, but most often just ignoring what is around.

Your fun.

Answer 10

gravity is an attractive force produced by objects containing mass.
magnetism is produced by the movement of charged particles