Most phosphates are soluble. There are some such as AlPO4 which are not.
Phosphorus is not soluble in water in its elemental form. However, certain phosphate compounds like phosphates are soluble in water.
The charge of phosphates is typically -3.
One group of compounds that is commonly insoluble is metal sulfides. These compounds are generally not soluble in water and form solid precipitates when metal ions react with sulfide ions.
No, Ivory soap does not contain phosphates. It is a pure soap that is free of additives such as phosphates, dyes, and heavy perfumes.
solubility table
Phosphorus is not soluble in water in its elemental form. However, certain phosphate compounds like phosphates are soluble in water.
Soluble. All Group (I) metal (Alkali metals) are soluble. All Chlorides and Nitrates are soluble. Group (II) & (III) cations have a greater tendency to insoublity . Sulphates, phosphates and hydroxides are insoluble, unless combined with a Group(I) metal ion.
Examples are soluble salts as: sodium chloride and other chlorides, nitrates, sulfates, phosphates etc.
If you are referring to nucleic acids, then it is Yes! the charged phosphates on their backbone make them polar.
Examples: nitrates, chlorides, iodides, bromides, fluorides of alkali metals, carbonates, citrates, tartrates, sulfates, phosphates of alcali metals etc.
No, not all phosphate salts are soluble in water. The sodium, potassium, rubidium, caesium, and ammonium phosphates are all water soluble, and most other phosphates are either slightly soluble or are insoluble.
No, alkaline metal phosphates are generally insoluble.
The are calcium and sodium phosphates.
The charge of phosphates is typically -3.
Group 5 elements, which include nitrogen, phosphorus, arsenic, antimony, and bismuth, are often referred to as the soluble group because many of their compounds, particularly those with alkali metals, are soluble in water. For instance, nitrogen forms soluble nitrates, phosphorus forms soluble phosphates, and arsenic forms soluble arsenates. This characteristic makes these elements and their compounds significant in various biological and chemical processes, including nutrient availability in ecosystems. Their solubility contrasts with other groups, which may form mostly insoluble compounds.
All salts soluble in water can exist also in organisms.
One group of compounds that is commonly insoluble is metal sulfides. These compounds are generally not soluble in water and form solid precipitates when metal ions react with sulfide ions.