Question

Point 2: 1.7. Ozonolysis Point 1: ozone is the triatomic alkers of oxygen :> Å 0 0 ozone reacts with cukenes to form oronides which undergo hydrolyss in water to carbonyl componds. Point 3: Organic reaction where unsaturated bonds is alkenes alkynes ar aro compounds are cleared with ozone. Reaction example: 1.8. Anti-Markovnikov's reaction Point 1: Describes the regiatemistry where the substituent is bonded to a less substituted carbon, rather than the more substituted Carbon. Point 2: Point 3: Reaction examples: Reaction 1: hydration Reaction 2: Hydrohalogenation 69 2

Answer 1

blue an fpez "ox.onolya's Point 1. Ozone (03) is a allotrope moygen that is very than the diatomic Co22 molecule. It is Sverey pale gas. It is much less Stable reactive Both 0-0 Bond Vengths are Same are nearly do bonds Point Oxonolysis veefers to the chemical reeaction cohere ozone Cou) is used to deave the unsaturated 9 alkene y al tyres and azo compounds. Point 3: Alkenes can oxidative cleavage. (c=ch double bond to conveeted in to Eavebor- oxygen giving required carbonyl Compound (aldehyde, Ketone or undergo ozonoysis ise the be double bond Carboxylic acid). Pris 1687 / Anti-Mavekovnikor's reaction : Point 1: Antio Mavekovnikov deeaction is an example addition reaction 9 alkenes of occurs in Point à : Anti- Mavekovnikor addition reaction focows free cactical mechanism and it presence peroxide compound it helps to generate free radicals. as .

tive part of an hydrogen adds to عر Point 3: Artis atave konikor rule means that in unsymm netorical alkene, the negative the addendum adds to less substituted carbon whereas more substituted carbon. Reaction 1hydration #ty droboration Oxidation is a troo step addition Ho (Anti-Movekonitor rute) : CH₃-CH2 CH = CH CHCHILE CHEMIE Naone 3 CH₂ CH2 CH CH₂ OH (unsymmenterey butan-1-00 Reaction al: Hydrohalogenation : CH₃ CH2 CH = CHA O CH₂ CH₂ CH₂ - CH2 Br BH3 H₂O2 H BH₂ HBY