If you were to take the presently calculated mass of the Universe removes space between,what would be volume?
484173
Smaller than a refrigerator. It would be a single point. The event horizon surrounding it would be another matter.
1080952
mass, volume and temperature.
565784
Density = mass / volume.\n\nJust divide the given mass by the given density, the result you get is the volume.\nSo\nvolume = mass/density.
548934
No! Even without virtual particles, most of which self-annihilate almost immediately, the overall density of 'empty space' in the universe has been calculated to be about 2.11^ minus 29 kg/cubic meter.
155835
The problem is to tabulate the total mass of the Universe, a realy BIG problem.  There may be a lot of undetected dark matter in the universe that would shift calculations of the Gravitational Constant that will determine the fate of the Universe.  It is like trying to count the mushrooms in a totally blacked out cellar while blindfolded, or even much harder.  Progress is being made as the limits of the Universe are being explored by every means possible, especially by use of the human brain.
365615
Have mass and occupies space
406596
no idea...but I think you use the formula (Gravitational constant x mass 1 x mass 2) / distance squared
995272
Science nor anyone else can answer your question! As far as science can determine, our universe (space) is not contained within any 'thing' else. If anyone tries to tell you otherwise, they're just blowin' smoke.
1087751
The amount of air is the difference in volumes.\nA = V(r+1) - V(r) = (4/3)pi (r+1)^3 - (4/3)pi r^3\nA = (4/3)pi((r+1)^3 - r^3)
67071
In Newtonian space, F = ma or m = F / a (mass is equal to the force it has divided by the acceleration applied to it).\nIn an space-time continuum (relativity aspects as per Einstein) the mass is relative to its location and velocity with respect to the observer.
149911
Density = Mass / Volume\nIf you know any 2 of the above quantities, you can find the other.
425258
volume = height X width x depth\nv = h x w x d\nv= 11 x 16 x 24\nv= 4224 inches^3 ( inches cubed )
93491
shape it into a brick divide its mass by its volume
679609
Surface Area=sqrt{3}a^2\n    Volume =(1/12)sqrt(2)a^3\nhttp://en.wikipedia.org/wiki/Tetrahedron
601185
Space is the absence of matter, so if the universe didn't exist, there would still be space.
963224
The space between the molecules
398088
I asked that question to Dr. Brian Greene, author of "The Elegant Universe".  His answer was "the Universe is continually expanding", and therefore, you can't put a size on it.  The Universe, in a sense, CREATES the space it's expanding into.  It is all-encompassing.