Because the majority of your bodily fluids including your blood is mainly consisted of water
Ionic compounds are soluble in water because water is a polar solvent that can easily interact with and separate the ions of the compound, allowing them to dissolve. Kerosene oil, on the other hand, is nonpolar and cannot effectively interact with and separate the ions of the compound, making it insoluble in kerosene oil.
Sea water is a heterogeneous mixture. Although it does contain fully dissolves solutes it also contains suspended particles and countless living organisms.
Insoluble salts are typically identified by observing that they do not dissolve in water or any other solvent at room temperature. They often precipitate out of solution as a solid when their soluble reactants are mixed. You can also refer to solubility tables to determine if a salt is insoluble in water.
It would depend on the soup and its ingredients. A vegetable soup will have solid ingredients making it a mixture. It can have fats and protein making it a suspension, and it will also have ingredients that are dissolved in the water making it also a solution.
Ammonium sulfide, ((NH_4)_2S), is soluble in water. The ammonium ion ((NH_4^+)) is highly soluble due to its ionic nature, and sulfide ions ((S^{2-})) can also dissolve in water, particularly when paired with ammonium. Therefore, the compound readily dissociates in water, making it soluble.
Seawater is water (H2O which is a compound) containing soluble compounds but also insoluble materials. We can consider, with approximation, that the seawater is a homogeneous solution.
Ionic compounds are soluble in water because water is a polar solvent that can easily interact with and separate the ions of the compound, allowing them to dissolve. Kerosene oil, on the other hand, is nonpolar and cannot effectively interact with and separate the ions of the compound, making it insoluble in kerosene oil.
Hydrophobic molecules are insoluble in water. These include oils and grease.
Neutral, rust is the oxygen salt of iron. Also, insoluble in water.
Hydride of magnesium (H2Mg) is not a commonly encountered compound, and its solubility can vary depending on the specific conditions. Generally, metal hydrides, including those of alkaline earth metals like magnesium, have low solubility in water. However, they can react with water to produce hydrogen gas and magnesium hydroxide, which is also insoluble. Thus, H2Mg is considered insoluble in water.
Sea water is a heterogeneous mixture. Although it does contain fully dissolves solutes it also contains suspended particles and countless living organisms.
This compound does not look soluble and I would think it hydrophobic. A hydrocarbon, not a carbohydrate.
It is insoluble in water but soluble in hydrofluoric acid.
It's not. If you were to bubble CO2 through water and add a Ph indicator (such as phenolphthalein) to the solution, you would see it change color signifying that some of the CO2 dissolved in the water to form carbonic acid.
Mg3(PO4)2 is not soluble in water, as most phosphate salts are insoluble except for those of alkali metals. Ag2SO4 is also not soluble in water, as most sulfate salts are insoluble except for those of alkali metals and ammonium.
Insoluble salts are typically identified by observing that they do not dissolve in water or any other solvent at room temperature. They often precipitate out of solution as a solid when their soluble reactants are mixed. You can also refer to solubility tables to determine if a salt is insoluble in water.
Steam distillation is used to separate immiscible (normally organic) liquids from each other. Adding the steam, depresses the boiling point of the mixture. After condensation, the compound separated may also contain condensed water. Since the compound separated in this way is normally insoluble in water, the turbidity results.