what is he density of salt?
374138
Need to be more specific in your question.  There are many different types of salts, each with their own densities.
123586
Density = 13.5 g/cm^3\n13.5 g = about .0297 pounds\n\n4/.0297= about 134.52 cm^3, or 134.52 milliliters.
781539
Salt is widely distributed in nature. It is found in solution in ocean water in concentrations of about 30 g/litre (about 4.08 oz/gal) of water, meaning that salt makes up about 3 per cent of ocean water by weight. The compound is also distributed throughout many rivers and inland lakes and seas, the concentration varying from 0.002 per cent in the Mississippi River to 30 per cent in the Dead Sea. Salt can occur as a surface crust or layer in swamps and dry lake bottoms, especially in extremely arid regions. The mineral halite, more commonly known as rock salt or massive salt, occurs in beds deposited by the dehydration of ancient bodies of salt water. The compound is constantly being formed by the action of rivers and streams on rocks containing chlorides and compounds of sodium. Salt melts at 804° C (1479° F) and begins to vaporize at temperatures just slightly above this; it has a relative density of 2.17.
142798
i think it's salt..am i right?
1033737
A grain of salt weighs about 0.00010 g.\nThe atomic mass of NaCl is about 58.5 g/mol.\nAvogadro's number is 6.022x10^23 molecules/mol.\n\n0.00010 (g/grain) / 58.5 (g/mol) x 6.022x10^23 (molecules/mol)\n=\n1.03 x10^18 molecules/grain
608826
It's in reference to density and is the ratio to the density of water at 25 degrees celcius.\n\nBasically, water is 1 g/cm^3. So something with a specific gravity of 25 will have a density of 25 g/cm^3.
561933
Density is mass divided by volume. 25 divided by 5 = 5 g/mL.\n\nDensity = 5 g/mL.
889604
Na+ has a greater charge density than K+.  Both ions have the same charge, but Na+ is a smaller ion than K+.\n\nAl3+ has the greater charge density because of it's much higher charge.  (For that matter, it's also a much smaller ion than Na+.)\n\nAs far as a formula goes, the charge density would be the charge divided by the "volume" of the ion.  For practical purposes, it works to think of it as charge divided by radius as you suggest.  Increasing the charge or decreasing the size of the ion increases the charge density.
634933
Density and phase 0.626 g/cm3, liquid
123146
the density of ethanol in liquid state is: 0.789 g/cm3\nim ta winnar! lol
282227
http://www.answers.com/topic/density?method=22\nhttp://www.reference.com/search?q=density
71291
Water has its highest density at 4 deg. C.\n\nYou might try a Yahoo! search next time.  That's how I found the info.\n\nTake care,\nDavid Roth\nwww.tutor-homework.com
723545
It saltier then fresh water so the difference in densities is less
541190
Osmium is the densest element. 22.6 g/ml\nhttp://www.science.uwaterloo.ca/~cchieh/cact/c120/qzelemnt.html
225870
Take 33g of the salt and dissolve it in 67 g of water to get 33% salt solution.\n\nIts not the same as 0.3 N solution
888514
density=__g/ml   that means density equals __grams per millileter
283977
Density(g/cm3) Steel Grade \n7.93 201,202,301,302,304,304L,305,321 \n\n7.98 309S,310S,316,316L,347 \n\n7.75 405,410,420 \n\n7.70 409,430,434 \n\nThere are some familiar Density of stainless steel above. Wish it be helpful.