First of all, a "negative" and a "positive" magnetic field would attract each other and move together so you would need two "positive" or two "negative" fields that would repel each other.
The actual force between them depends on a lot of different things so there isn't really a good solid answer.
In case you're wondering why I put positive and negative in quotes some people would argue that there isn't really a sign to magnetic fields, and that it's more of a directional thing.
Attraction
The strong forces of attraction between the positive and negative regions of molecules are called electrostatic forces or electrostatic interactions.
The cloud's strong negative charge attracts the ground's positive charge
no mars magnetic field is not strong because it is far away from the sun than earth.
In hydrology, bound water, is an extremely thin layer of water surrounding mineral surfaces. Water molecules have a strong electrical polarity, meaning that there is a very strong positive charge on one side of the molecule and a strong negative charge on the other.
no cause a positive and negative make a negative unless the positive has a really strong blood line
an ionic bond occurs when one atom gives an electron to another so that both atoms have full outer shells. these electrons have a negative magnetic charge to counter the positive charge that protons have in the nucleus of the atom (the center). when one atom gains an electron, the atom gains a negative charge and when another atom looses an electron it gains a positive charge. these particles are no longer referred to as atoms, they are now called ions. this creates a magnetic pull between the two ions, thus creating a molecule with an ionic charge.
Neither charge on its own has an attractive force. Opposite charges (positive-negative) will attract while like charges (negative-negative or positive-positive) will repel.
Attraction
they are covalently bonded
The strong forces of attraction between the positive and negative regions of molecules are called electrostatic forces or electrostatic interactions.
Strong base
a strong negative correlation* * * * *No it is not. It is a very weak positive correlation.
No, it indicates an extremely strong positive correlation.
This is the sort of thing that needs context. It could be either positive or negative. Positive: Big, strong Negative: Big (in the sense of "ungainly"), ugly ("horse-faced" is not a compliment).
Magnetism is a form of Electric in its own Kinetic way. Metals a forced with electricity to create the magnetic field. For instance, find a fairly strong magnet, one that can say, pick up a set of keys, then rub this for about 3 to 5 minutes against a magnet, specifically on either the negative or positive side, whichever it is attracted to. Then after you've rubber it, your paperclip should have a magnetic field around it, try sticking this to another paperclip, it should be magnetic. Its because you have transferred the electronic energy from the magnet to the paperclip by using the magnetic field.
His positive traits are brave bold clever strong leader loyal perseverance his negative traits are overconfident cocky shrewd easily distracted impulsive arrogant insolent