a neutron, a proton is positively charged and an electron is negatively charged :)
Matter doesn't really have a shape of its own. Matter is the substance within any object. And an atom is a hypothetical particle of matter and is extremely small. Matter doesn't really have a shape of its own. Matter is the substance within any object. And an atom is a hypothetical particle of matter and is extremely small.
Normal matter: Proton Anti-matter: Positron
A quark is the smallest particle in matter.
a particle of matter with a positive electric charge
Yes. Providing that you are talking about normal matter. The anti-matter version in each case has opposite charge.
How can there be electrical charge inside matter even if the matter shows no electrical forces
Matter doesn't really have a shape of its own. Matter is the substance within any object. And an atom is a hypothetical particle of matter and is extremely small. Matter doesn't really have a shape of its own. Matter is the substance within any object. And an atom is a hypothetical particle of matter and is extremely small.
Just about every matter has charge, it is the movement of charge that is described by electricity.
Normal matter: Proton Anti-matter: Positron
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.
Atomic particles with no charge are neutrons, and neutrinos.
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.
an electrical charge is a physical property of matter which causes it to experience a force when near other electrically charged matter
no not all the time
Electrically neutral matter is matter without a charge.
Based on just a few simple things that popular news magazines mentionwhen they talk about the weird subject of dark matter, we're pretty safein assuming that dark matter has no electrical charge.-- No place in the universe is known to have dark matter.-- Dark matter is hypothesized ("just a theory") but has never been observed.-- It can't have an electrical charge, because if it did, then---- it would interact with other observed electrical charges and observed electromagnetic fields,------ which is exactly what it doesn't do,-------- which is why it has never been observed and is called "dark" matter.