An object that has mass and occupies space is known as?
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Matter
Matter
An object that has mass and occupies space is known as?
Matter Point particle Mass versus weight Talk:Matter/Archive 1 Outer space Mass Field (physics) Energy Physical object Philosophy of space and time
In classical physics and general chemistry, matter is any substance that <b>has mass</b> 
<b>and takes up space</b> by having volume. All everyday <b>objects</b> that can be&nbsp;... A point particle is an idealization of particles heavily used in physics. Its defining 
feature is that it lacks spatial extension: being zero-dimensional, it does not take 
up <b>space</b>. A point particle is an appropriate representation of any <b>object</b> 
whenever its ... When a point particle <b>has</b> an additive property, such as <b>mass</b> or 
charge,&nbsp;... In common usage, the <b>mass</b> of <b>an object</b> is often <b>referred to as</b> its weight, though 
these are in ... and very small in <b>space</b> when far from any significant source of 
gravity, but it always <b>has</b> the same <b>mass</b>. ... Similarly, a balloon <b>has mass</b> but may 
appear to have no weight or even negative weight, due to buoyancy in air. Slang. &quot;Colloquially and in chemistry, matter is easy to define. Matter is the stuff 
which things ... Matter:Anything that <b>has mass and takes up space Mass</b>:the 
amount of matter ... <b>mass</b> of &quot;matter&quot; is now <b>known</b> to be the gluons and kinetic 
energy of quarks, ... Most of ordinary <b>objects</b> are not composed of the <b>mass</b> of 
fermions. Outer <b>space</b>, or simply <b>space</b>, is the expanse that exists beyond the Earth and 
between ... Intergalactic <b>space takes up</b> most of the volume of the universe, but 
even ... The Italian scientist Galileo Galilei knew that air <b>had mass</b> and so was 
subject to ... <b>objects</b>, leaving behind a deep vacuum that forms what is now <b>called</b> 
outer&nbsp;... Passive gravitational <b>mass</b> measures the gravitational force exerted on <b>an object</b> 
in a <b>known</b> gravitational field. The <b>mass</b> of <b>an object</b> determines its acceleration&nbsp;... In physics, a field is a physical quantity, represented by a number or tensor, that 
<b>has</b> a value for each point in space-time. ... In the modern framework of the 
quantum theory of fields, even without referring to a test particle, a field <b>occupies</b> 
<b>space</b>, contains ... the gravitational force that acted between any pair of massive 
<b>objects</b>. Due to <b>mass</b>–energy equivalence, any <b>object that has mass</b> when stationary (
<b>called</b> rest <b>mass</b>) also <b>has</b> an equivalent amount of energy whose form is <b>called</b> 
rest&nbsp;... In common usage, a physical <b>object</b> or physical body is a collection of matter 
within a defined ... Each <b>object has</b> a unique identity, independent of any other 
properties. ... <b>An object</b> is <b>known</b> by the application of senses. ... as two <b>objects</b> 
and may not <b>occupy</b> the same <b>space</b> at the same time (excluding component 
<b>objects</b>). Philosophy of <b>space</b> and time is the branch of philosophy concerned with the 
issues ... In contrast to ancient Greek philosophers who believed that the 
universe <b>had</b> an ... of the universe having a finite past with a beginning, now 
<b>known as</b> Temporal ... This led to the conclusion that the <b>mass</b> of <b>an object</b> warps 
the geometry of&nbsp;...
matter
Matter