Answer and Explanation: The halogens are insoluble in water. This is because they exist as non-polar diatomic molecules whose dominant intermolecular force is van der Waals…
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The halogens are much more soluble in organic solvents such as hexane than they are in water. Both hexane and the halogens are non-polar molecules, so the only intermolecular forces between them are van der Waals dispersion forces.
The halogens are much more soluble in organic solvents such as hexane than they are in water. Both hexane and the halogens are non-polar molecules, so the only intermolecular forces between them are van der Waals dispersion forces.
The halogens are much more soluble in organic solvents such as hexane than they are in water. Both hexane and the halogens are non-polar molecules, so the only intermolecular forces between them are van der Waals dispersion forces.
Bromine is a naturally occurring element that is a liquid at room temperature. It has a brownish-red color with a bleach-like odor, and it dissolves in water.
Chlorine is slightly water soluble, and reacts with moisture to form hypochlorous acid (HClO) and hydrochloric acid (HCl).
Due to absence of energy in the intra-molecular bonds between water and halogens, the strong bonds between each of water and halogen molecules cannot be broken thus making the halogen insoluble in water.
The less soluble the silver halide, the greater the concentration of ammonia needed to dissolve the silver halide. AgCl dissolves in 6 M NH3(aq), while AgBr dissolves in 15 M NH3(aq) (the concentrated reagent).
Halogens react to a small extent with water, forming acidic solutions with bleaching properties. They also undergo redox reactions with metal halides in solution, displacing less reactive halogens from their compounds.
Halogens react to a small extent with water, forming acidic solutions with bleaching properties. They also undergo redox reactions with metal halides in solution, displacing less reactive halogens from their compounds.
Thus, iodine and bromine do not react with water.
Hydrogen (H2) is not soluble in water this is because hydrogen is a non-polar molecule whereas water is a polar molecule. There is a principle that ‘like dissolves like’ since hydrogen and water are two different types of substances, hence H2 is not soluble in water.
The correct answer is Calcium Carbonate.
Examples of compounds that are considered insoluble in water are the: Carbonates (except group I, ammonium, and uranyl compounds) Sulfites (except group I and ammonium compounds) Phosphates (except for some group 1 and ammonium compounds; lithium phosphate is soluble)
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