Could sodium chromate be used instead of potassium chromate?

No, because sodium chloride isn't alkaline; you could use sodium hydroxide instead of potassium hydroxide (lye) but sodium chloride wouldn't work very well.

This is a loose question. Since the most well known use for salt is in human diet, we could start an answer in this context. To replace dietary sodium chloride salt completely with potassium could well have fatal effects. Sodium chloride is essential for the function of the nervous system. However a high sodium (ion) intake can also be fatal. In the last few years, low sodium (ion) salts have been marketed. These might have…

Potassium Bicarbonate (KHCO3) is a compound chemically similar to sodium bicarbonate (NaHCO3) or baking soda. Given that the category is food and cooking, I would say that potassium bicarbonate could be used as a baking soda substitute for those who need to limit their sodium intake.

Potassium and sodium are electrolytes found in the body. The body relies on it's electrolytes for communication in body functions, such as muscle movement. Sodium is the electrolyte found primarily outside the cells, while potassium is found primarily inside. If there is an imbalance, and they aren't communicating with each other effectively, it could result in arrhythmia since your heart is a muscle.

What a great Q'n. The short non-Answer is that potassium ions also "do not cross" the Cell membrane. The Sodium-Potassium pump system [in Neurons] could not function if Na+ and K+ ions were free to travel unimpeded.

Ag+ = 50 x 0.05 = 2.5 millimoles CrO4^2- = 100 x 0.06 = 6 millimoles Ag2CrO4 moles = 1.25 x 10^-3 moles formed.

Its high in sodium. High amounts of sodium can elevate blood pressure. Potassium bicarbonate could be used in place of baken soda. It is often sold by home brewing stores to reduce the acidity of wines. Too much potassium could be dangerous to people with kidney problems.

PURE SODIUM will blow your face off. Na+H2O=explosion. Pure sodium is also very soft, and needs to be stabily kept in kerosene. A good substitute for NaCl(sodium chloride, also known as table salt) is NaK-Sodium potassium. The funniest thing about soduim and chlorine is one is a yellow gas that will choke you to death, while the other dropped in water will cause huge explosions. Also, DO NOT TRY TO MAKE YOUR OWN SALT. The…

Sodium and potassium are two very important micronutrients of the body. They are present in every cells of the body, Sodium (Na), normally outside the cells (in the extra-cellular fluid) and Potassium (K), normally inside the cell (in the cytoplasm) . By changing the balance of which of them are in a greater percentage inside and outside the cells , they are able to create membrane potential, which are necessary for the nerve impulses. (See…

For example in nitrates as: sodium nitrate, potassium nitrate, uranyl nitrate, ammonium nitrate, etc.

You could use potassium, rubidium or caesium. However, there is no practical reason why you would do this. You'd have to do it in the melt, which would be hazardous, as all these metals react with water.

Cramps in the fingers of the left hand could result from simple muscle fatigue. It could also be a deficiency in an electrolyte such as sodium or potassium.

This description could apply to most of the alkali metals including Sodium, Potassium, and Rubidum.

Extraction has no meaning as a specific, particular process. The question makes no sense.

No, other molecules need include but are not limited to: Nitrogen Calcium Potassium Sodium.....

Sodium, potassium and calcium are the workhorse ions of the body. For instance, without all three of these ions you could not think.

There are several problems with it. Firstly, sodium and potassium don't really react with each other. A mixture of sodium and potassium is an alloy, not a chemical compound, and as such it doesn't really have a formula. Secondly, even if they did, potassium is the less electronegative of the two, so it should by rights be written first. Finally, assuming you could somehow force sodium to be an anion, by that formula it would…

Cyanide is not a substance in itself but refers to a radical -CN which attaches readily to elements such as potassium and sodium to form such compounds as potassium cyanide KCN, and sodium cyanide NaCN, both of which are extremely poisonous. In any case, these compounds are known as salts and could be considered minerals whether or not they are naturally occurring.

Kidney disease is affected by the potassium in the orangen not salt levels. Oranges do not contain any sodium. Kidneys help to keep potassium at a normal level. If your potassium is too high or low, you could have very serious to deadly health issues. Potassium is a mineral that controls muscle and nerve function. Your heart is a muscle and its rhythm can be affected by increased or decreased potassium levels.

It could be, but liquid oxygen works better. It could be made to work in solid rocket boosters, but those usually use ammonium perchlorate instead, because it can provide more energy.

humate is humic acids salts,Potassium is kind of humic acid salts.It is extracted from humic acid and KOH. Sure you could get sodium humate from humic acid and NaOH. More information please visit:www.greenagrosource.com

The are of course other alkali metals. Alkali metals are: lithium, sodium, potassium, caesium, rubidium, francium.

There are several ways. It could be made of one of the metals that actually do float on water: lithium, sodium, and potassium It could be formed into a shape that spreads the weight around so much that the water will support it, such as a boat.

Salt (sodium) is an electrolyte. Contrary to popular belief, our bodies require salt to function. If you were to stop using table salt, the health benefits would be enormous. There is enough sodium in the foods we eat to sustain our salt requirement, and a sodium deficiency is exceedingly rare. Sodium and Potassium work in tandem with one another. The body's ideal balance is 3 parts potassium to 1 part sodium. Potassium more often than…

No, sodium reacts more than potassium. More violently also. The electrons surrounding the sodium atom are closer together (tighter to the nucleus of the atom) and this results in more energy needing to be used to rip them off. To test this, you could get a bucket of water (H20) and put some pure potassium in it. The try some pure sodium. Watch which one will have a greater reaction. (The potassium should fume, possibly…

The fact that it is iodized means that it has one or the other of those chemicals in it. There is no need to test further.

Almost any metal could have an ON/OS of +1. Those that have a common state of +1 include silver, sodium, potassium, mercury, lithium, rubidium, caesium, thalium and francium.

If you mean quit eating and drink only water, you could lose maybe 10 pounds but it would be a dangerous way to do it. Your body needs potassium and other nutrients you cannot get from water. You could end up with heart failure, because the heart cannot work without potassium and sodium and your body also needs other nutrients.

The noble gas (electron) configuration is a scheme for writing the electron configurations of elements in a kind of "shorthand" so it is easier to write them. For potassium element - not ion , [Ar] 4s1 is the way it is written in noble gas configuration. If we could not use this shorthand and had to write out the electron configuration completely, it would like this: 1s2 2s2 2p6 3s2 3p6 4s1 Wikipedia has other…

francium ceasium Potassium Sodium Lithium These metals could react with calcium nitrate in a displacement reaction as they are more reactive. e.g. pottasium + calcium nitrate -> calcium + pottasium nitrate.

here are the contents of Diet Mountain Dew, I cant imagine any of these giving you a problem with gout used in moderation. Carbonated Water Concentrated orange juice Citric acid Natural flavor Citrus pectin Potassium benzoate (preserves freshness) Aspartame Potassium citrate Caffeine (36 mg/8 fl.oz.) -- equates to 54 mg/12 fl.oz. Sodium citrate Acesulfame potassium Sucralose Gum Arabic Sodium benzoate (preserves freshness) Calcium disodium EDTA Brominated vegetable oil Yellow 5

You could melt Sodium chloride and use electrolysis to separate the Sodium and the Chlorine, which is how Sodium is produced on an industrial scale.

It could stand for either KNO3 (or potassium nitrate) of KNO2 (or potassium nitrite).

No. Since potassium is an element by itself, it does not have calcium in them. However, it could combine together to create potassium calcium (which is a vitamin). There are such things as a potassium calcium channel in a cell.

You could react : Potassium Metal with Iodine = K+I=KI = Potassium Iodide Sodium Metal with Iodine = Na+I=NaI = Sodium Iodide Lithium Metal with Iodine = Li+I=Lii = Lithium Iodide Fluorides Iodine fluoride: IF Iodine trifluoride: IF3 Iodine pentafluoride: IF5 Iodine heptafluoride: IF7 Chlorides Iodine chloride: ICl Diiodine hexachloride: [ICl3]2 Oxides Diiodine pentaoxide: I2O5 Diiodine tetraoxide: I2O4 Tetraiodine nonaoxide: I4O9

Answer Despite the fact that you could look it up that cesium is indeed more reactive than potassium, you could also take into account the periodic trends. One of these trends is that metals tend to be more reactive as you proceed down a group/family and as you move to the left of the table. Since both cesium and sodium are members of the alkali metals, cesium should be more reactive of the two.

Bases such as: sodium hydroxide potassium hydroxide other hydroxides also, non-hydroxides such as: sodium carbonate ammonia Or (solid) metals that will form hydroxides such as: Sodium Potassium etc... You will never get hold of the solid metals on your own, they are extremely dangerous and will literally explode when in touch with water--In order to completely answer you question though, i found it necessary! You will probably be using this for class or a pool…

Potassium lets muscles contract and expand. Without potassium, the heart could not pump and would fail. This is seen in bulemic individuals with extreme potassium deficiences.

The formula for potassium fluoride is KF. It could also be written K1F1

Potassium is used by all living things. Plants use potassium as an enzyme to produce proteins and sugars. And, it also uses potassium to control its water content. Without potassium it could not grow.

You could have potassium nitrate KNO3 or potassium nitrite KNO2.

There is nothing I can eat that will raise the potassium levels in women. But a woman could eat a banana to raise her potassium level.

Potassium has the symbol K, from the Latin word kalium. Silver is Ag, from Latin's argentum. The practice of giving such symbols to elements was begun by Berzelius in the 1800's, when Latin was the language of science. Other elements also have symbols that do not seem to agree with their modern names (Na for sodium, Au for gold). In addition, the letters S and P are already used for Sulfur and Phosphorus, so they…

It's impossible to tell. "Potassium hydrogen" is clearly an error of some kind; it might be a somewhat confused attempt to write "potassium hydride," or it could be an omission error for something like "potassium hydrogen carbonate."

By subtracting 19 (atomic number of Potassium) from 40. You should come out with 21, which is the number of neutrons in potassium-40

That pretty much describes all of the alkali metals, actually. Caesium is a little more golden than the others, and lithium is a little less soft, but it could certainly be any of sodium, potassium, or rubidium.

The three alkalis that float on water are Lithium, Sodium and Potassium. This is because they are much denser that water. As shown this is the density of each substance. 0.534 - Li 0.968 - Na 0.890 - K 1.000 - Water Glad i could help- Sheema :]x

Losing that much weight that fast is dangerous. It could upset your whole system and your electrolytes (things like sodium and potassium) could become out of balance, which can kill you, by making your heart stop. It is much wiser to lose weight slowly on a healthy diet and exercise plan.

I get severe cramping in the hands and feet. Could this be too much or too little potassium.

You could try salt. If potassium is lowering your blood pressure, salt can raise it. You should see a doctor, since you could have an electrolyte imbalance.