Yes, matter is usually charge-neutral due to protons and electrons having opposite charges.
Because charged species as such are generally unstable.
There usually needs to be a positive and negative charge with matter. The matter can be either, though, positively charged particles or negatively charged particles.
Matter generally regarded to be any substance that has mass and (usually) volume.
The [main] states of matter are solid, liquid, and gas. They usually move like this: Solid ---> Liquid ---> Gas However, matter can jump from solid to gas and vice versa, but it usually doesn't.
Usually liquid.
That is called a plasma. A plasma is usually considered a separate state of matter, i.e., you might say that it is no longer a gas.That is called a plasma. A plasma is usually considered a separate state of matter, i.e., you might say that it is no longer a gas.That is called a plasma. A plasma is usually considered a separate state of matter, i.e., you might say that it is no longer a gas.That is called a plasma. A plasma is usually considered a separate state of matter, i.e., you might say that it is no longer a gas.
You are probably thinking of energy. However, 'stuff' usually means matter, things that are made of particles, and energy is not matter.
Usually it does matter but there can be exception to this.
Matter usually expands when heated.
Usually
Usually, but no.
Heat causes matter to become warmer, usually to expand,and occasionally to change its physical state.
Yes. Usually when matter is moved, some type of energy is involved.
The amount of matter in an object is usually described with its mass or volume.
It is usually treated as a civil matter.
Matter generally regarded to be any substance that has mass and (usually) volume.
The [main] states of matter are solid, liquid, and gas. They usually move like this: Solid ---> Liquid ---> Gas However, matter can jump from solid to gas and vice versa, but it usually doesn't.
Liquid is between solid and gaseous state of matter
changes in temperature are usually what causes matter to change its state.