It reacts directly with carbon-carbon double bonds by a 1,3 cycloadditon to form a pentagonal intermediate, after which workup reagents can be added to produce carbonyl end products. Its distinctive smell was specifically noted in 1785, but it was no
It reacts directly with carbon-carbon double bonds by a 1,3 cycloadditon to form a pentagonal intermediate, after which workup reagents can be added to produce carbonyl end products. Its distinctive smell was specifically noted in 1785, but it was not determined to be a definite chemical compound until 1839. Because of its high oxidation potential and ease of production, it is often used as a disinfectant, particularly in water treatment plants. More famously, it blocks ultraviolet rays, converting them into heat energy in the earth's stratosphere. FTP identify this triatomic compound with a characteristic pale blue color, which is composed entirely of oxygen atoms.
It reacts directly with carbon-carbon double bonds by a 1,3 cycloadditon to form a pentagonal intermediate, after which workup reagents can be added to produce carbonyl end products.
ozone