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What else can I help you with?
What is taken up by matter?
Matter occupies space, and the space it takes up is called the volume of matter.
Is gold matter?
Yes, gold is a type of matter. Matter is anything that has mass and takes up space, and gold meets both of these criteria. It is a dense, shiny metal that is commonly used for jewelry and as a store of value.
What does matter take up?
Matter takes up space. The amount of space matter occupies is referred to as its volume.
Matter is anything that has what and takes up what?
Matter is anything that has mass and takes up space.
What term is used for matter?
"Physical substance" is typically the term used to refer to matter, which is anything that has mass and occupies space.
Why is everything made up of matter?
because matter is used for lots of stuff and made up. ever thing in the world is made up of matter
Can matter get used up?
No. It can be transformed into energy, but other than that, it cannot get "used up".
Do we use the 4 states of matter every day?
No plasma is hardly ever used.
What is anything that takes up space?
The general name for anything that takes up space in science terms is matter. It also very well known that matter is a well used element in science in particular chemistry .
How is matter used?
In any way possible, that we can dream up.
Can silver ever be used up or run out?
yes it can
Who is the biggest jerk ever?
no body knows. its a matter of opinion. ( i think its bullies that cant shut the heck up)
What was the worst decision Firestar ever made?
Well, that's a matter of opinion, so it's up to you to decide.
Has matter ever been moved?
Matter has never not moved.
Can A Natural Resource Ever Be Entirely Used Up?
Yes, it can.
What is the moral for the book called China's son growing up in the cultural revolution?
no matter your situation nothing is ever impossible to achieve
Can an electrical current ever get used up?
No, if it is ever, "Used up" then that means that there is no more flow of electrons. That in turn would mean no electric current is flowing. From Ohm's Law V=IR we get I=V/R. So no matter how large of a value R can be (using resistance equivalence we can make it very large by putting a bunch of resistors in a row) the theoretical value for I is never zero, albeit very very small.
