Electrolyte Question?
913005
The Term "Weak Electrolyte" only refers to how much of the compound dissolves into its ions.\n\nFor example, HCl is a strong acid because it completely dissociates into H+ and Cl-.  A weak acid only had a fraction of the initial amount dissolve.  Weak acids CAN have a lot of strength but it would require high concentration so more Ions could dissolve...\n\nBack to the point, Strong electrolytes dissolve completely (or near complete).  Weak electrolytes can have a high concentration, causing it to be able to carry a STRONG current because of the large amount of ion dissociation.
804535
Neutralization Reaction:\nHC2H3O2(aq) + KOH(aq) -->H2O(l) + KC2H3O2(aq)\nThe equation is already balanced.\n\na. False KC2H3O2(aq) and H2O are products.\nb. True\nc. False, some ions will cancel out but some will remain.\n\nThe ionic equation is as follows:\n(H^+)(aq) + (C2H3O2^-)(aq) + (K^+)(aq) + (OH^-)(aq) -->H2O(l) + (K^+)(aq) + (C2H3O2^-)(aq)\nRepeated ions are crossed off from both sides and the net ionic equation is:\n(H^+)(aq) + (OH^-)(aq) -->H2O(l)\n\nd. True\ne. False\n\nNote: the + and - signs were written with ^ to indicate that they were raised up (like a power).  Sorry if this notation is confusing.  Good luck and I hope that this helps!
640052
looks like potassium chloride, Magnesium chloride, Sodium Nitrate, and Water... Is this what you are looking for?
82722
It is the estimation of sodium, potassium, chloride in your blood.
360112
Why dont you just try going to google search and just type "NaCl Electrodialization". You should get more info. than you think you'ld get.
967649
you may be loosing large amount of salt from the body by any form.You may need to have a blood test- serum electrolytes ,Renal fuction test. May be nothing serious.Second probelm is not a bad problem.
524301
Your electrolytes are critical for nearly all body functions - metabolism, nerve conduction, etc.  If the electrolytes are abnormal, you can see decreased function in different systems.  Also, in order to maintain an appropriate electrolyte balance, you need to remain adequately hydrated.  That's why sports drinks like Gatorade are often best for you if you're sweating a lot (losing a lot of electrolytes), although they may not be best if you are losing fluids through vomiting or diarrhea.  In those cases you may be losing significant quantities of water, but not necessarily electrolytes.  \n\nIn the medical setting, we can administer 0.9% NaCl solution to replace lost fluids and sodium, but in a case of dehydration and electrolyte loss, we will opt for a solution call "Lactated Ringers" which in simple terms is Gatorade without the colors and flavors that we run directly into your veins.
231158
.20 m Na2SO4, .20 m NaCl, .10 m BaCl2, .10 m glucose
588420
sodium chloride and water
476725
Drop Mg or Zn or something like that in HCl.  Or use electrolysis on water, but that's a lot harder.
1047138
Tuesday nailed it. The saline you receive in an IV form is actually 0.9% saline it is a Isotonic solution.  It prevents the red blood cells from absorbing too much water and bursting, which would happen if you had an IV of plain water(hypo-tonic), and too much salt (Hyper-tonic)causes the cells to shrivel up causing water depletion. Now you can drink normal saline in fact the same amount of salt is found in most sports drinks.  Water can be consumed without your bodies cells absorbing too much due to what is called a sodium/chloride shift. It is also kept in balance by the kidneys.
556705
Ba(OH)2, MgBr2, CH3COOH, NH4OH\n\nFirst two are strong electrolytes, second two are weak (do not completely dissociate).
340627
The atomic bonds in sugar are very tight and do not allow for (measurable) ionization, which is what helps water conduct electricity.  Salt (NaCl) is a powerful ionization agent - the Cl atom "steals" Na's outer electron, forming a Na+ ion, which attracts new electrons introduced into the water.  We call that a conductor!
1108709
Safe to drink... or safe to be around in the presence of an electrical current?\n\nWell zero conductivity would be ideal, because it would be evidence of zero ion presence in the water.\n\nHowever the water could be very conductive and still be "safe" to consume. Salt (Na-Cl) for instance mixed into the water would make turn the water into an ionic solution. It is therefore now has conductivity. But as we all know... we can consume salt water "safely" if it is consumed at appropriate amounts.
1042687
lots of salt and lots of water is a dangerous combination in that you can throw off your electrolytic balance.  but "tons" is a vague term.  if you have a bowl of soup and a half gallon of water a day, you should be fine.  but, try less salt.  food tastes better once you re-train your taste buds to appreciate it without the salt.
928311
Salt, sodium chloride [NaCl]... all you need to know is on that page so I won't bother repeating it all here>>>\n\nhttp://en.wikipedia.org/wiki/Sodium_chloride
911430
Cations are positive.\nAnions are negative.