This metal's complex with EDTA is often used to analyze unknown metal solutions in displacement titrations. It is found in a compound that exists in a Schlenk equilibrium and that is derived from its corresponding alkyl halide. In biology, its divalent ion stabilizes the structure of nucleic acids, and is the metal ion bound to the porphyrin ring in chlorophyll. Found with calcium in dolomite and commonly isolated from seawater as its chloride salt, FTP identify this alkaline earth metal found in Grignard reagents and as its sulfate in Epsom salt.
This metal's complex with EDTA is often used to analyze unknown metal solutions in displacement titrations. It is found in a compound that exists in a Schlenk equilibrium and that is derived from its corresponding alkyl halide. In biology, its divalent ion stabilizes the structure of nucleic acids, and is the metal ion bound to the porphyrin ring in chlorophyll. Found with calcium in dolomite and commonly isolated from seawater as its chloride salt, FTP identify this alkaline earth metal found in Grignard reagents and as its sulfate in Epsom salt.
This metal's complex with EDTA is often used to analyze unknown metal solutions in displacement titrations.