Iodine is very low soluble in water; adding potassium iodide the solubility is higher.
No, iodine and alcohol do not form a solution. Iodine is not soluble in alcohol, but it can be dissolved in solutions like water or other polar solvents.
The solute in tincture of iodine is iodine. It is dissolved in alcohol and water to form the solution.
Antiseptic iodine typically comes in the form of a solution where iodine is dissolved in water or alcohol. Therefore, in this case, water or alcohol would be the solvent and iodine would be the solute.
Aqueous solution typically refers to a solution where a substance is dissolved in water. Iodine can be dissolved in water to form an aqueous solution, known as iodine solution. Benzoin, on the other hand, is not typically soluble in water, so it is less common to find it in an aqueous solution.
Iodine crystals are solid, crystalline form of elemental iodine, while iodine solution is a liquid mixture of elemental iodine and either alcohol or water. Iodine crystals are typically used for storage and long-term preservation, while iodine solution is commonly used for disinfection and medical purposes.
they dissolve but water will become saturated that's why the remaining Iodine crystals will remain suspended.
When iodine crystals are placed in water, they slowly dissolve to form an iodine solution. This solution will have a characteristic brown color, indicating the presence of iodine. Iodine is sparingly soluble in water, so the reaction may take some time to reach equilibrium.
They are homogeneous. But they are not a mixture, so they are a pure substance
Iodine itself is not conductive. However, when iodine is dissolved in a suitable solvent such as water or an organic solvent, it can form an electrolyte solution that can conduct electricity.
Iodine itself is not conductive, as it is a nonmetal. However, when iodine is dissolved in an appropriate solvent like water, it can form an electrolyte solution which can conduct electricity.
When iodine is mixed with water, it initially forms a solution with a characteristic brown color. Over time, the iodine will partially dissolve in the water, resulting in a mixture of iodine molecules and water molecules. This forms an iodine solution, which can then be used for various applications such as testing for starch presence.
The starch solution will turn black, while the distilled water will remain brown, the same colour as the iodine. This is actually because water, normally used as a control, does not contain any starch and as we know, the iodine test is highly specific for the presence of starch hence no colour change other than iodine dissolving in water to form an iodine solution contrary to starch which we know complexes with iodine, to form starch-iodine complex forming the blue-black colour observed