A test liquid has a density of 1.1 g/mL. When you pour some of it into a cup of water, what will happen?
368357
The test liquid will sink to the bottom because it is more dense than water. Water has a density of 1.0 g/ml. There fore it can be simply thought of as "lighter."\n\nThere will be two visible separate layers.
653092
A 30% Acetic Acid solution has a density of 1.05 g/mL.  Water has a density of 1.0 g/mL.  So it is reasonable to assume that Acetic acid ("vinegar") is more dense than water, but the two are very, very close indeed.\n\nWhen you dissolve Acetic acid in water, the two mix to form a solution.  It is not easy to distill away the acetic acid from the water.\n\nJust because something is more/less dense than water does not necesarily mean it has a lower/higher boiling point.
1000766
The low technology approach is to use a densitometer.  This can be as simple as a hydrometer as used in the brewing industry to check for specific gravity (density).  From a measured density and a known volume and if you know the densities of both liquid components of a binary mixture you can work out the relative proportions of each using simultaneous equations and hence the concentration of one in the other.
827729
it all depends on what Temperature is acting upon.  If your talking about a solid, no, not really, if it does, it is negligible.  However, Temp. does affect the density of liquids, most liquids become more dense as temp. get colder, and less dense if the temp gets higher.  If you are talking about gasses, then the temp will affect both volume and density. think of a balloon. If you put a balloon outside in the winter, it will become smaller.  This is because the density of the air inside goes up and the volume goes down.... \nThe formula to determine what happens with a gas is PV=nRT, whereby P=the atmospheric pressure, V=volume, n= the #of moles of a gas R=is the ideal gas constant and T=temp... hope that helps.
970558
Excusme Sir, lol.. Gatorade is not the world most dense liquid.It is the one and only metal-Mercury-It has a density of i think 5g/ml
187607
The density of water is about 100 times the density of any gas .\nSo the gas will be lifted. (Archimedes law).\nBasicly the gravity energy decreases.
842422
Yes, it is true that the density of a solution is different of solvant but tjis difference is small ; So , i propose to dissove 40g of amyl acetate in a liter of water if that acetate is a solid. If that acetate is aliquid the total volume will be 1.04 l and you must use 47 cc tp water
883842
the pressure will be higher but the density won't change, it can't possibly change if it's a sealed, rigid container, density is mass/volume and you aren't changing the mass or the volume, therefore the density will be unchanged
449704
Water is water. The density of ice water is 1000 kg/m^3. It isn't floating is it? Then it must not be below 1000.
964974
This sounds more like arithmetic than math, except that the last 2 questions also involve units of measurement. Without doing the arithmetic, I'll tell you that the answer to #2 will be density in g/ml. (Yes, answerer 3, you can divide g by ml; what you can't do is add/subtract dissimilar units!) The answer to #3 will be volume in cm^3.
603614
The mass of a nickel is a 5.02 g. Its density is 8.90 g/mL!\n\nI hope I'm first!
439897
If you're refering to water, 15 grams.  \n\nA tablespoon contains 15 mL of whatever it is your measuring.  1 mL of water weighs 1 gram (it's density).  Any other substance, just find out it's density in mL/gram and times by 15.
271556
In addition to the fact that at 4 degrees celcius, water has an absolute density of EXACTLY 1 g/cc, at 0 degrees, it is in equilibrium with its solid phase (ice) which has a density of LESS than 1 g/cc due to its open cage like crystal structure. So, its exact density at 0 degrees is impossible to standardise.
779549
OK , i'll give it try.  we are assuming that the water is distilled because that affects the specific gravity.  grams per cc of h20.  4 oz. of water =1 cup......so 1oz of water =.0296 liters.......4 x that  = .1184 liters.....devide that by 1000 to get the mass or gram  value of 1.184 cubic centimeters = 1 cup of water...give me 10 pts for effort.!!  I think i messed up on the conversion but believe the answer is correct!
893997
maximum moles per liter or maximum grams per liter would do.\n\nBut since solubility changes with temperature, you need to specify the temperature too, typically 0, 4, or 20 degrees Celsius depending on the solvent.  0 C is the freezing point of water so that is not a good temperature to use for water as a solvent.\n\nThe second poster is correct in saying that density is grams per liter if he means that as a ratio.  But if you know the density and you have a fixed volume you know the amount by mass (grams) dissolved in that volume, and that is the solubility.  It is common practice to express solubility in terms of mass, but since the molar mass provides an easy switch to moles, it is a trivial point of whether it is mass or moles we are talking about.\n\nBut to be exact, according to the CRC, p 8-122, all solubility values are expressed as mass percent of solute, 100xw2, where w2 = m2/(m1 + m2).  m2 is the mass (grams) of the solute and m1 is the mass (grams) of the water, or whatever your solvent is.
446884
to calculate the density you don't need to worry about the temprature and pressure if you already know the volume, as you do.\n\ndensity = mass per unit volume   \n\nit's standard units are g/cm^3\nyou volume is in mL, but that is fine since 1mL=1cm\n\ndensity = 1.6/15000\n=1.07x10^-4 g/cm^3
300594
Since you are referring to the volume of the water container and not the volume of the water itself...then the container should have at least twice the volume of the water, so that if another liquid having the same volume of the water will be added to the water in the same container, no spilling will happen. And there are many other liquids that can be added...\n\nHowever, if you made a mistake and you are referring to the volume of water after all, and the original volume of water will not change even if another liquid with the same volume will be added, then that other liquid can be LPG (liquified petroleum gas?!?). The volume of water will not change since, at ordinary temperature, the LPG when poured(?) to the water container will instantaneously change to gas, and therefore, no liquid will be effectively transferred to the water container. Therefore. no change in volume will take place!