This aromatic compound has conjugated bonds.

The filament producing visible light on a spectrophotometer is made of this.

These 2 movements are caused by the absorption of IR radiation.

The purpose of this is to accelerate the fragments formed.

This is formed when sulpur trioxide dissolves in concentrated sulphuric acid.

2,4 dinitrophenylhydrazine forms an orange precipitate with this class of compounds.

This apparatus is made of high-purity silica and must be handled with care.

This oil is used for preparing solid samples.

This represents the presence of a halogen isotope on a mass spectrum.

This is used to dissolve aluminium oxide to reduce its melting point.

This polymer is formed from ethane-1,2-diol and benzene-1,4-dicarboxylic acid.

The group of atoms responsible for the absorption of UV/Vis light in a molecule.

KBr, NaCl, and CaF2 are examples of this.

Represents the relative mass of the analyte on a mass spectrum.

This enzyme produced by yeast is needed for fermentation to occur,

Governs where hydrogen atoms go when bond cleavage occurs.

pi to anti-pi, n to anti-pi, and n to anti-sigma

Only molecules containing this exhibit IR absorption.

Represents the tallest peak in a mass spectrum

The technical term used to describe crushed glass.

The proper name for when an optically active compound has an overall clockwise spin.

Iron must react with this before undergoing this type of spectroscopy.

This type of IR spec involves this advanced mathematical technique.

This haloalkane fragment has an m/z ratio of 107.

This reagent is used to detect phosphate ions in water.