misciblilty of liquid ....?
967851
Miscible liquids are ones that mix in all proportions, for example vinegar and water.  You are not able to see separate phases when you mix these two together, not like when you mix oil and water.\n\nhydrocarbons for example may be used for enhanced oil recovery.  A good website to look at is listed below.\n\nPlease remember that you can never ask too much =) It always helps us to learn the more questions we ask.
1067508
depends if the mixture is bonded by a physical or chem bond....there is magnetic separation,distillation,fractional distillation,evaporation,crystallization...etc...why dont u look up a chemistry book
1171846
it depend on your solution. if your solvent was water you have some solids that disperse in it with different rate and different quality for more detect the solution(solvent) and contact me
765881
The liquid should be clear...litmus paper is white usually...turns pink to red when in an unbalanced PH soulution....Yukoneze
710109
in small quanitys it is fine but not in large quanitys. Like 1ml is bad
428624
You need to be a bit more specific about which quantities you are trying to determine.  "Flow" is not a quantity to be calculated.
675989
If when you mix the two together the solution turns clear, you have a solution.  If it makes a cloudy mixture, or if there is visible solid on the bottom, you have a heterogeneous mixture, or a non-uniform mixture, which is not a solution.
314049
some medicine you cannot mix
575510
I found a web site with a lab on how to figure out releative density of a given liquid hope it helps.  It has all the instructions and materials needed listed on the site
1124487
This is a link to some kind of government "Ask a Scientist" forum where a standard drop is identified as about .04ml. Convert to mc/cc.\nhttp://www.newton.dep.anl.gov/askasci/chem00/chem00578.htm
354060
0.2 gal. or 25.6 fluid oz.
166187
It has a minor specific gravity, or density.\n\nI came back, but I have seen that the Q has been answered. I want just to give another link and make more schematic the answer. \nThe link is : www.simetric.co.uk\nFor the rest : density = mass / volume\n         and : weight = mass * gravity\nCombining them, we obtain the following\n               weight = density * volume * gravity \nGravity, is a costant measure. So, if 2 liquids have the same volume and one of them has smaller density, is lighter than the other, because the weight is smaller.\nI use this schematic way in my pharmacy, when I try to explain something to my clients and (usually) it works.\nI hope that I was not boring.\n\nKaterina\n\nP.S. Why is not highlighted the link that I gave in my text, as in the following answer?
1135659
I don't think so...may appear that way but it is probably only fluid that you are decreasing.  Sorry...you have to do it the old fashioned way =)
910767
Water.  Alcohol absorbs heat quickly but doesn't store it well.
593465
Probably insoluble detergents and inert ingredients.  It is impossible to tell without the exact ingredients which the manufacturers would not give.  My answer is based on the MSDS information.
129035
Liquid water, by and large, with some dissolved materials.
779604
It's just slightly less dense than water which has a density of 1.0.  So if a solution of the two were mixed the water would be at the bottom and this liquid would be on top.