When a piece of matter has a charge, when some of its protons have been taken away, and another particle gains protons. Also, it can loose electrons, while another particle gains electrons. Basically, all of this creates static elecricity. that is when a piece of matter has a charge. I love science! S.R.
When you fold aluminum foil into a small piece, it can be used to charge a dead battery. The electrical charge is present when it is folded up.
It could be a meteor.
Electrically neutral matter is matter without a charge.
Electric charge is the property of matter that gives rise to both electricity and magnetism.
They both have mass.
When a piece of matter has a charge, when some of its protons have been taken away, and another particle gains protons. Also, it can loose electrons, while another particle gains electrons. Basically, all of this creates static elecricity. that is when a piece of matter has a charge. I love science! S.R.
When a piece of matter has a charge, when some of its protons have been taken away, and another particle gains protons. Also, it can loose electrons, while another particle gains electrons. Basically, all of this creates static elecricity. that is when a piece of matter has a charge. I love science! S.R.
The MAJORITY of matter has a net charge of ZERO.
No, not all matter has a negative or positive charge. Matter can be neutral, meaning it has an equal number of positive and negative charges, such as in most atoms. Charged particles exist in matter, such as electrons with a negative charge and protons with a positive charge.
We could say what the second smallest piece of matter if we knew what the smallest piece of matter was. Since the smallest pieces of matter known are quarks-down, strange and bottom have the lowest charge -3, they can be regarded as the first, second and third smallest particles.
No, not all matter has a charge. Matter can exist in several forms, some of which are charged (ions), while others are neutral. The charge of matter depends on its composition and the balance of protons and electrons within its structure.
First of all, acknowledge that the charge of one proton (which cannot move) = the charge of an electron (can move). The electrons on that particular atom or object lets say, transfer from itself with the help of extra energy (e.g. friction or mere contact) so then the atom which was once neutral (same number of protons to electrons) and there are more protons than electrons because the electrons just left the atom. This means that there are more positive charges than negative ones, which means there is an overall positive charge, giving a positive electric charge.
A piece of matter moving through space is called an object or a particle.
Because any matter that pulls you to one side will be compensated by another piece of matter that pulls you in the opposite direction.Because any matter that pulls you to one side will be compensated by another piece of matter that pulls you in the opposite direction.Because any matter that pulls you to one side will be compensated by another piece of matter that pulls you in the opposite direction.Because any matter that pulls you to one side will be compensated by another piece of matter that pulls you in the opposite direction.
All the states of matter have charge. Solid, liquid and gas all have charges of positive or negative.
Yes, but only if its current charge is the opposite of your current charge. (ex. being you're currently negative and the piece of metal is positive.)
The density of the small piece of matter and the large piece of matter is the same because density is a characteristic property of a material and is independent of the amount or size of the material. Density is calculated by dividing the mass of an object by its volume, so as long as the material is the same, the density will remain constant.