If you were to take the presently calculated mass of the Universe removes space between,what would be volume?
603134
In all actuality, your question makes no sense.  If you were to take out all the "space" in matter, there would be no matter.  Matter is basically made out of energy and forces interacting with each other.  If you compressed the universe into the size of a refrigerator, you wouldn't have matter anymore.
589092
ya you would just go density divided by the mass and then you get the volume  make sure you density is grams/ml and then your mass should be ml and then your volume would turn out to be grams. good luck
78408
The Planck length is the smallest possible length in our universe. 10^-33cm\n\n"Particles" can come into existence in opposite pairs which balance the total energy of the universe at E = 0. Were this not true, the universe would be empty.
1144840
mass divided by volume\nmeasured in kgm^-3
280201
Density = mass/volume
865332
density =mass over volume ( i hate chem)
18752
it basically says that there are these giant cosmic strings that stretch an infinite distance and they are very dense (as in they're so thin that they are not visible, yet a millimeter would weigh tons and tons) and their huge mass warps space-time and they help to make up the universe as we know it. there are also small vibrating strings on the sub atomic level that make up the smallest divisions of matter. String theory also describes 11 dimentions.  If you're interested in it, read "the elegant universe" by Brian Greene, it explains it a lot better than i can here.
821744
What is the mass of the Universe? Also how can you prove that this is the true mass of the Universe?\n\nAs nobody knows the size of the universe, one cannot really talk about the mass of the universe, though one can talk about the mass of the observable universe. What is normally sought after is the density of matter in the universe (which is the mass per unit volume). This is what is important in determining the fate of the universe: whether it will collapse one day or whether it will continue expanding forever.\n\nThe density of matter in the universe can be measured by various means, which are too technical to go into at this point: people measure the density by studying the fluctuations in the Cosmic Microwave Background, superclusters, Big Bang nucleosynthesis, etc.\n\nAccording to these studies, the density of matter in the universe is about 3 x 10-30 g/cm3, which means that it is 300 billion billion billion times less dense than water. Note that this includes the contribution of dark matter and so the density of luminous matter (that we see as stars and galaxies) is only about one-tenth of the figure given above.\n\nNow, the size of the observable universe is about 14 billion light years, and using the above value of density gives you a mass (dark and luminous matter) of about 3 x 10^55 g, which is roughly 25 billion galaxies the size of the Milky Way.
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.
959360
the fluffy pillow...\nif all other things are smaller than the pillow..\n\ngood question i will say\nbecause it can be that the same dimension, hence volume, but different masses...
220589
For all we know there is nothing "outside" the universe, so obviously no way to look "at" it from any "outside". That way there is no way to compare the size of it, why you could probably say, the universe is infinitely small. There is a mathematical smallest size, called the Planck-Size. That is just where space ends to be space, so there is no inside. As simple as that. You don't need to invent any kind of god to think about those things.
101953
There's a simple way to go about this. The answer is reasonably accurate too.\n\nNow, we know that the formula for the volume of a sphere is 4/3 times pi times the cube of earth's radius.\n\nGiven the value of pi as 3.14 and the earth's radius as 6400 km, and also assuming that the earth is a perfect sphere, we get the volume as 1.09806622 * 10^12 cubic kilometers.
757137
Volume of the balloon * density of the gas = mass of gas in the balloon
1020559
The toatal quantity of energy-mass in the universe is always the same. However, mass is not getting scarces, just less 'concentrated'. The current overall density of the universe is about the equivalent of 5.9 hydrigen atoms per 1 cubic meter.
233618
1 mass\n2 magnitude of separation
164688
There are ways of calculating the average mass and the size of the universe, but so far nobody there have been several flawless answers that don't agree with one another.\n\nThe answer is going to depend on what shape space is. Gravity is going to work differently in flat space, positively curved space, or negatively curved space. At the tiny, tiny, tiny level (say, a planet or moon), gravity is just going to pull you to the closest physical body. Even on the slightly larger level (a star and its planets), gravity is pretty constant. But when you start looking at the effect of galaxies on one another, and those wacky and inexplicable quasars way the hell out there, suddenly the principles of gravity that seem to simple are breaking apart!\n\nSo is it infinite? Go find an answer you like, and there's probably good evidence to support it. Does the universe stop? That's most likely true, but if you go to the edge of the universe, then the edge of the universe won't be at that point anymore. So again, find an answer you like and be happy with it, because nobody can prove you wrong!
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.