When working with potassium hydroxide electrolyte what would be the purpose of olive oil?
467200
Probably for soothing burns from skin exposure.  Refer to the MSDS or call the supplier.
99748
about 3.2VDC using CaCl3 for the electrolytic salt.\nThe voltage needed must be enough to reduce the oxide, but not so much as to break down the CaCl3; the details are described in the link below:
616395
This compund has an octahedral geometry and is coordinated with 3 bidentate oxalate (C2O4) ligands.\nReaction of potassium oxalate hydrate and ferric chloride\n\n3K2C2O4ˇH2O + FeCl3 --> K3[Fe(C2O4)3]ˇ3H2O + 3KCl\n\nWater molekules do not act as ligands and potassium ions act as counter-ions
1077022
i think it's a brand fer olive oil n mus b related to olive in some way or the other \notherwise u can alwayz check with a dictionary
603247
An electrolyte is a liquid substance which acts as a medium to conduct electricity. One speaks of an electrolyte in a number of different contexts, the most common including health and fitness, and various electronics and automotive disciplines. An electrolyte is full of ions, which are atoms that have some sort of net electric charge, either positive or negative. A dilute electrolyte has a relatively small amount of ions for its volume, while a concentrated electrolyte has a high amount of ions.\n\nIn basic fuel cells, such as those used in automotive technology, an electrolyte acts as the liquid that allows ions to travel between the cathode and anode to keep the power-generating process underway, while keeping the reactive oxygen and hydrogen apart. In the type of fuel cell known as a proton exchange membrane cell, the electrolyte specifically moves protons (positively-charged hydrogen ions) to the cathode from the anode where they are produced, with the end result being the production of water and electricity.\n\nBatteries also employ an electrolyte of some sort, both to conduct electricity between the battery plates, and to store energy on the plates themselves. The electrolyte used in a battery depends on the battery's type and purpose. Most car batteries, for example, use an electrolyte which contains sulfuric acid, which is why they require careful handling. Alkaline batteries use an alkaline solution for their electrolyte. Lithium batteries use a special organic electrolyte which freezes at much lower temperatures than more traditional water-based electrolytes.\n\nIn human health, electrolytes aid in a number of vital bodily processes. Many heart and nerve functions, muscle control and coordination, and the body's ability to absorb fluids all depend on a healthy balance of electrolytes. The most common electrolytes found in the human body are sodium, potassium, magnesium, chloride and calcium. Various hormones in the body help regulate intake of these electrolytes, and the kidneys filter electrolytes which reach excessive levels. Unhealthy levels of consumption of any or all of the body's necessary electrolytes can cause serious health issues. The most common imbalances are hyper- and hypo-natremia, or excessive and insufficient levels of sodium, and hyper- and hypo-kalemia, or excessive and insufficient levels of potassium.\n\nMany sports drinks contain added potassium and sodium to help restore the body's proper electrolyte balance after intense physical exertion. After exercising heavily, it can be dangerous to ingest large quantities of water, as it may dilute existing electrolyte levels and cause physical problems. Additionally, a number of electrolyte enhanced drinks exist specifically for children and may be helpful for regular use, particularly to restore electrolyte balance after sickness which has included vomiting or dihorrea
53525
Sodium hydroxide is a very strong base, not an acid (the common name is lye).\nTriglycerides are fats, like beef tallow.  Mixing them and allowinging to react would produce Granny's lye soap.
874059
I think that isolating potassium is the wrong approach.  Potassium metal reacts with atmospheric water to form KOH and hydrogen gas.  If you accidentally get water on the metal the reaction is so vigourous that the metal will catch fire, which will be dangerous.  \n\nTry a different approach.  Dissolve KCl in water and add a molar equivalence of Silver iodide, AgI, also dissolved in water..  AgCl is nearly insoluble in water (~0.9 mg/L at 10C)  and will precipitate out, leaving KI in solution.  Filter out the AgCl and evaporate the water, leaving solid KI.  \n\nThe two biggest problems starting with KNO3 are:  It will be nearly impossible to salt out the nitrate because of its high solubility in salt form, and two, many nitrate salts, particularlyof metals, are highly explosive and dangerous.  KCl is cheap and plentiful, so why not just buy some?
987912
to set you and your body up for the day take a tbsp of olive oil on its own before you eat or drink anything.After only drink hot drinks or juice not water .the olive oil will line your stomach.do this every morning.\nnot necessary to add to your shake cause you would have taken it already.\nif you use it in cooking make sure you don't` burn the oil for instance cooking onions. because you will take the nutrition out of the oil.\nadd to pasta dishes,salads ,rice,soup,yummy in potato instead of butter and better for you.\nhope i have helped you.i got this info from staying with my relatives who live in Morocco.they say the Mediterraneans are more healthy and now you see why.
320958
Potassium is an electrolyte (a substance that maintains your body's fluid levels), this mineral helps regulate blood pressure and heart function. Research shows that increasing your potassium intake can lower your blood pressure. Those individuals with existing hypertension, as well as those just looking to keep their blood pressure in check, can benefit from potassium.\n\nA Harvard study showed that men who took a potassium supplement with a diuretic decreased their incidence of stroke by 60 percent, compared to men who did not. Potassium neutralizes acids and restores alkaline salts to the bloodstream. Potassium works with sodium in all cells including at nerve synapses to maintain or restore membrane potentials and to assist in metabolic processes. Potassium is critical to our cardiovascular and nerve functioning, regulating the transfer of nutrients into cells and facilitating muscle energy.\n\nPotassium also regulates water balance and assists recuperative powers. Potassium aids rheumatic or arthritic conditions (causing acids to leave the joints and ease stiffness). Potassium is crucial for the elimination of wastes. Potassium is a natural pain desensitizer. Potassium helps control convulsions, headaches and migraines, promotes faster healing of cuts, bruises and other injuries and generally contributes to a sense of well being. Potassium is stored in the muscles.
396449
Yes there is, Olive Oil, I use it on all of my balls!
106617
potassium supplement used to prevent hypercalemia. hypercalemia can cause sufferers to have heart attacks.
968045
A common lab method to produce small amounts of oxygen is to decompose potassium chlorate.  A little manganese oxide will catalyze the reaction.  Just put the KClO3 in a test tube, add a little MnO2 and heat with a burner.  You can collect the O2 by water displacement.\n\n2KClO3  --> 2 KCl + 3O2
116283
go to www.salonweb.com/37 or you might want to try my concoction: 40% grapeseed oil + 30% olive oil + 30% vegetable oil
258639
The ethanol or alcohol is less polar that water and the fat that is being hydolyzed from its parent triglycerides is not soluble in water to any great degree. This is true if you are discussing the determination of free fatty acids in a fat or an oil. If you simply wish to make soap from fat, the base, water and fat will do a nice job of it but it will require additional sodium ion, usually in the form of salt to curdle the soap base.\n\nI learned to make soap for washing purposes with a recipe that started with: "First one must select a nice fat pig to kill...."
105391
There is a company I've ordered from that talks a lot about this and has many skin care products with olive oil:\n\nwww.DHCcare.com
19928
From Wikipedia:\n"Potassium is vital in the human body and oral potassium chloride is the common means to replenish it, although it can also be diluted and given intravenously. It can be used as a salt substitute for food, but due to its weak, bitter, unsalty flavor, it is usually mixed with regular salt, sodium chloride, for this purpose to improve the taste. Medically it is used in the treatment of hypokalemia and associated conditions, for digitalis poisoning, and as an electrolyte replenisher. Brand names include K-Dur®, Klor-Con®, Micro-K®, and Kaon Cl®. Side effects can include gastrointestinal discomfort including nausea and vomiting, diarrhea and bleeding of the gut. Overdoses cause hyperkalemia which can lead to paresthesia, cardiac conduction blocks, fibrillation and arrhythmias, also sclerotic effects."
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The first thing that happens is that it melts.  If you continue heating the molten salt, you will see bubbles appearing.  These are bubbles of oxygen:\n2 KClO3(l)   --->   3 O2(g)   +   2 KCl(l)\nThe main product left behind is potassium chloride, but I believe that you also get some potassium perchlorate (tetraoxochlorate(VII)), produced by disproportionation:\n4 KClO3(l)   --->   3 KClO4(l)   +   KCl(l)\n\nIt wouldn't surprise me if the reaction also produced very small amounts of oxides of chlorine, such as chlorine dioxide, ClO2.\n\nAllan Deeds.