What is the sodium content in Lubbock water?
148029
Mineral Content of Lubbock Water\n(ppm)\nMg:  60.60  \nCa:  66.40  \nNa:  95.00  \nK:   15.98  \n\n(Mg =  magnesium, Ca = Calcium, Na = Sodium, K = Potassium)\n\nLubbock water tastes awful!  I lived there for 2 years and I always drank bottled water!  I think the taste is this high mineral content.
784949
Additional information is needed.  The mixture could contain one atom of Potassium and the rest Sodium or the reverse.\n\nThe total mass of the sample does not tell you anything about the relative mix.
243941
Answer was found in the Handbook of Chemistry and Physics\n\nKMn04 is only slightly solube and as you have aready found the\nsolubility constant.\n\nNaMnO4 is list in the hand book as Very Soluble both in cold and hot water, and did not give a constant. That means that a lot of NaMnO4 can be dissolve into water, somewhat like table salt, NaCl\n\nNaMnO4 is often found in liquid form at about 40% in water, and it is a dark purple liquid. you can get this data sheet \nby just type in Yahoo search "sodium permanganate solubility"\n\ngood luck\n\nDavid
140044
Water, carbon dioxide, sodium cloride.
883409
I will assume that "salt" is referring to sodium chloride, NaCl.  The solubility of NaCl increases with increasing temperature and decreases with decreasing temperature.\n\nSince you are starting with a saturated solution (meaning that it contains the MAXIMUM amount of NaCl at that temperature) and you are cooling the solution to 20oC from 60oC, the cooler solution will not be able to keep the NaCl dissolved and you will observe small crystals of NaCl precipitating from the solution.
422383
YOu might get a little bloated if you don't sweat it out. That stuff has a high sodium content.
75046
Well, besides water, there's dissolved salts, made up of chloride and sulfate salts of calcium, sodium, potassium, and magnesium.  There are also many trace elements, including gold.
439952
You can find in "Chemical Engineer's Handbook", from Perry-Chilton, graphics for density of water + NaCl solution vs. %w/w of NaCl. The NaCl concentration is 3.5%
516306
Until the concentration of salt is large enough to form a saturated solution, ie. one in which no more solute will dissolve, the volume of the solvent (water) will not change.  20g of salt is not nearly enough to form a saturated solution, so the water level will remain at 500ml.
468020
Of course you could bring it to a food lab and have them analyze it.  Other than that, I have no idea how you would find how much sodium is in it with chemicals available at home.  If you are worried about your sodium intake, just have half the bowl and share with someone else, or if it's really that good (which it probably is, all Thai food is), just eat it less often.
74937
there is salt in the water
895319
salty.\nHCl (aq) + NaOH (aq) -> NaCl (aq) + H2O (l)\nNaCl (sodium chloride) is the salt you put into your food.
351009
Water with a high salt concentration, and plasma (electrically charged gas)
28439
The mineral content of the Dead Sea is significantly different from that of ocean water, consisting of approximately 53% magnesium chloride, 37% potassium chloride and 8% sodium chloride (table salt) with the remainder comprised of various trace elements.\n\nThe concentration of SO4 ions is very low, and the bromine ions concentration is the highest of all waters on Earth. Chlorides neutralize most of the calcium ions in the Dead Sea and its surroundings. While in other seas NaCl is 97%, in the Dead Sea the quantity of the NaCl is only 12-18 percent. The water temperature goes from 19 °C in February to 31 °C in August.\n\nThe water of the Dead Sea contains 21 minerals including magnesium, calcium, bromine and potassium. Twelve of these are found in no other sea or ocean, and some are recognized for imparting a relaxed feeling, nourishing the skin, activating the circulatory system and for easing rheumatic discomfort and metabolic disorders. Comparison between the chemical composition of the Dead Sea to other lakes and oceans show that the salt's concentration in the Dead Sea is 31.5% (the salinity fluctuates somewhat). Because of its unusually high concentration of salt, anyone can float in the Dead Sea easily because of natural buoyancy. In this the Dead Sea is similar to the Great Salt Lake in Utah, in the United States.
728230
The response depends on what you call "not concentrated".  Any saturated solution, as you correctly indicate contains the maximum amount of solute at a specific temperature.  \n\nIf by "not concentrated" you mean that the maximum is low (compared to what?) then you can find sparingly soluble salts that reach saturation at relatively low concentrations (compared, for example, to NaCl).  The absolute value of these concentrations will be very much lower than the saturation level of NaCl.
913013
0.9% NaCl means 0.9 g NaCl in 100 mL SOLUTION, so you need 9 g NaCl for 1000 mL (1L)\n\nTake a volumetric cylinder, putsome water in it, dissolve the salt and add water to a final volume of 1L and mix. If you just add 9 g of NaCl in 1L of water the final volume of the solution will be different than 1L and thus your concentration will deviate from 0.9%.
432890
Pure =32 degrees F\nSalt = depends on the salt concentration, ocean water is -40 degrees F