An IR table for inorganic chemical bonds is a resource that lists the characteristic infrared (IR) absorption frequencies for different types of inorganic chemical bonds. These frequencies can be used to identify the presence of specific chemical bonds in a molecule.
IR tables for inorganic chemical bonds are typically organized by the type of bond, such as single bonds, double bonds, or triple bonds, and then further categorized by the elements involved in the bond, such as carbon-oxygen bonds or nitrogen-hydrogen bonds.
The purpose of using IR tables for inorganic chemical bonds is to aid in the identification and characterization of molecules. By comparing the IR absorption frequencies of a sample with those listed in the table, scientists can determine the types of bonds present in the molecule.
No, IR tables for inorganic chemical bonds are not accurate for all molecules. The listed frequencies are based on ideal conditions and may vary slightly depending on factors such as molecular structure and surrounding environment.
IR tables for inorganic chemical bonds can be found in various chemistry textbooks and online resources. Some universities and research institutions may also have their own databases of IR spectra for specific compounds.