give me ten examples of mixtures?
930973
1.salt and sand-by dissolving the salt in watre\n\n2.iron filings and saw dust-by magnetic separation\n\n3.sugar and stones-sifting\n\n4.grains and chaff-by winnowing\n\n5.value and gangue in the ore-floatation\n\n6.sulfide ores and gangue-by froth floatation\n\n7.water and oil-evaporation condensation\n\n8.petroleum crude-by fractional distillation\n\n9.black gram and rice-visual separation\n\n10. water and sand-sedimentation
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three sizes\nthree crusts\nten toppings\n\nLook in your math text under "combinations and permutations." You can do this!
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!
419299
baby oil\nrubbing alcohol\nsoap\nlaundry detergent...
976191
Very simple ones:\n\nMilk is a mixture of water and oil, the oil is in very small droplets in the water\n\nOrange Juice mainly contents of water and e.g. citric acid, put a drop of orange jiuce stand on a spoon, let the water evaporate and a yellowish/reddish pwder will form.\n\nToothpaste: look on the packaging, there is a list of the ingredients, they are all mixed together,\n\nCoffe: a good coffee is a mixture of instant powder, milk and sugar.\n\nItalian salad dressing is a mixture of oil, vinegar and some herbs.
890004
A just-made sundae is a perfect example of a heterogeneous mixture. A scoop of vanilla ice cream, some whipped cream, nuts, syrup and a cherry are assembled for your enjoyment. The separate components retain their original composition, but then the ice cream melts (a physical change) and you eat the cherry and nuts, so now the syrup, whipped cream and ice cream can be blended together to make a more homogeneous mixture. The chemical changes don't start till you digest the proteins, carbs, and fats in the ingredients, mainly in the small intestine.
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A liquid mixture of two or more substances that retains the same composition in the vapour state as in the liquid state when distilled or evaporated under some conditions
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a)mixture..they are together but they are not bonded\nb)mixture\nc)compound\nd) compound...the molecules are chemically bonded
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The different kinds of compounds are those that contain ionic bonds and those that contain covalent bonds (which could also be either polar or nonpolar)\nThe kinds of mixtures are homogeneous (where each component of the mixture is evenly distributed) and heterogeneous (where the components are unevely distributed)
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if i recall correctly you are mixing two (or more) substances together, generally liquid, and solids form and precipitate out of solution.  (basically some solid chunks form from the mixture of the liquid)
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H2S\n\nthats two hrdrogens for every 1 sulpher\n\nso get pure hydrohen and pure sulpher and mix 2:1
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A substance has its own unique set of properties which are different from other substances.  A mixture is a combination of different substances that keep their own properties when mixed.  Mixtures do not have their own unique set of properties.
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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.
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Color, shape, hardness, melting point, boiling point, density
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Solute \n\nSolution \n\nSuspension or Mixture\n\nFiltration\n\nSolvent
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those liquids which do not mix with each other .....even when they are shaked well for hours together.....they appear as two different layers
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Specifically: water, pyridine, squalene, urea, acetic acid, lactic acid, complex alcohols and glycols, ketones, and aldehydes.