A higher absorbance value indicates a higher concentration of the analyte, according to Beer-Lambert law.

A broad peak in an IR spectrum often indicates strong hydrogen bonding, which causes a range of vibrational frequencies.

FTIR spectrometers offer faster data acquisition and higher resolution due to their ability to collect all wavelengths simultaneously.

The typical range for UV-Vis spectroscopy is 200-800 nm, covering both ultraviolet and visible light.

IR spectroscopy primarily observes vibrational transitions of molecules, which occur when bonds stretch or bend.

An IR spectrophotometer is the instrument commonly used to measure infrared spectra.

C-H bonds are commonly analyzed using IR spectroscopy, as they produce strong and distinct absorption peaks.