Homework: Can all three states of matter exist in a mixture?
438731
I'm really not sure but it seems as though a glass of soda with ice covers it...the gas is in the carbonation; the liquid is of course the soda itself, and the ice is the solid?
781038
I agree with birchardv here...........we need the rest of the problem, and you would learn a lot more if you did the homework yourself.  But do whatever floats your boat.  Add the rest of the problem and I'll get back to you.\n\nOkay Chemist, this problem is really long; if you want a good answer with plenty of steps, I'll need more room.  Email me and I'll send you the solution.
535169
Matter and Anti-Matter
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Lets start with the pure substance.  It is all the same element or compound.  Solid, liquid or gas, the entire sample is exactly the same no matter where we look at it.  It is considered homogeneous.\n\nTwo or more pure substances when mixed to become homogeneous are called a solution.  Solutions can contain solids, liquids or gases but must be homogeneous (the same in all areas).  Most important solutions contain one or more solids dissolved in a liquid.  The solids are called solutes and the liquid is called the solvent.  When the solutes are mixed with the solvent, the homogeneous solution is formed.\n\nA mechanical mixture is a mix of substances where the final sample is not homogeneous.  Sand is a good example.  Even if fused into sandstone, some areas are different than other areas.  These are called heterogeneous.  Smoke floating in air is heterogeneous.  It is also a mixture.\n\nImpress your teacher with this example of a sample which contains only one element, but is still a mixture.  Diamond dust mixed with graphite dust.  Both diamond and graphite are made of pure carbon, yet the mixture is heterogeneous so it is a mechanical mixture.
395302
mixture is combining substances, solution is dissolving a substance in another
106159
Yes,mixing two or more items together will creat a chemical reaction with alot of different substances. I suggest you read up on what your mixing toghether. Your involed with substacnces that could help creat a recipe for a bomb. I suggest you go back to the kitchen and make a new creation by trying some of your cooking skills until your sure of what your mixing together.
4678
to find this answer....assuming ideal mixtures and complete disassociation.  \n\nM1V1=M2V2\n\nso take .450*300/4 = 33.75
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http://en.wikipedia.org/wiki/States_of_matter
63599
check out the law of conservation of matter. it says that no matter what chemical reaction you look at matter can never be created nor destroyed.\nthat means the number of atoms of each type must be the same before and after a reaction takes place.
50447
Hey Dude! Do you know how many different types of gases there are!!!! Do you! I can't even list all the types of gases here! Jeez!
453032
three answers above are not reliable.i strongly suggest you to ask your teacher.
158699
Ice cream is mostly a mixture although it’s also a compound.\n\nI assume this a homework question, set by a teacher who doesn’t know the subject he’s teaching very well, so the answer to give him is that it’s a mixture.\n\nA mixture is just what the name suggests, it’s when two substances get mixed together. For example you can mix salt and sugar together, that’s a mixture. A mixture is defined because it’s possible, in theory, to separate out the components physically. You could for example go through and pick out all the sand form your salt using a magnifying glass and a pair of tweezers. Ice cream is a mixture of water, sugar and fat amongst other things. It’s quite simple to physically separate out the water component simply by leaving it out in the sun, the water will evaporate. Similarly the sugar in the mixture can be extracted with special filters. So ice cream is definitely a mixture.\n\nHowever it’s also a compound. A compound is what forms when two different elements or molecules combine. Water itself for example is a compound. Although it’s made of hydrogen and oxygen you could never separate those materials physically using filters, tweezers or any other physical method. You need to chemically destroy the water in order toe extract the materials it is made of. Some of the ingredients of ice cream do react together chemically and can’t be physically separated, but they are fairly minor components\n.
945398
it is a state of matter because there is no other form like it that can be describe to be like that of plasma... it os found to be unlike solid liquid or gas...
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vapor\n\ngas\n\nliquid\n\nvapor\n\nliquid\n\n\nnot 100% sure but i'm pretty good at science
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I assume you mean mixtures like solutions where the components of each separate phase are distributed homogeneously (i.e. metal alloys, liquids, polymer blends) and the solution is at equilibrium.  \n\nPut simply, the main reason ternary (or binary or quaternary..) soltuions can remain separate has to do with the thermodynamics of the solution.  Under a given set of equilibrium conditions (temperature, pressure, etc.) different phases can form if they correspond to a minimum in what is called the free energy.  The free energy represents the balance between what are called enthalpic interactions (molecules/atoms interacting with each other or within themselves) and entropic contributions (the amount of disorder within the system).\n\nNote:  I've limitied my answer to a VERY rudimentary explanation.  There are other factors that determine whether phase separation actually occurs (i.e. kinetics).  I urge you to visit any of the many websites that can give a better explanation than I have given here.  For example, try to find links through www.acs.org.
4524
It is physically impossible for two pieces of matter to occupy the same space at the same time, and this is in fact stated by the laws of physics, think about it, it's just impossible.  It doesn't matter if they  have different frequencies, it's matter, their atoms can touch or something, but never be at the same place as each other at the same time.
273527
No one knows exactly.  It's interchangeable with matter, but no one knows exactly what matter is either.  We can describe properties of matter and energy with reference to each other, but we can't really objectively understand what they are.