Reactivity of Halogenoalkanes The halogenoalkanes have different?rates?of?substitution?reactions Since substitution reactions involve?breaking?the?carbon-halogen?bond the?bond?energies?can be used ...
Halogenoalkanes: SN1 & SN2 Mechanisms In?nucleophilic substitution?reactions involving halogenoalkanes, the halogen atom is replaced by a nucleophile These reactions can occur in two different ...
Halogenoalkanes: Elimination Reactions In an?elimination?reaction, an organic molecule loses a small molecule In the case of halogenoalkanes this small molecule is a hydrogen halide (eg. HCl) The h...
Nucleophilic Substitution Reactions of Halogenoalkanes Halogenoalkanes?are much more reactive than alkanes due to the presence of the?electronegative?halogens The halogen-carbon bond is polar causi...
Production of Halogenoalkanes: Substitution & Addition Reactions Halogenoalkanes?are alkanes that have one or more halogens They can be produced from: Free-radical substitution?of?alkanes Elect...
Alkenes: Stability of Cations & Markovnikov's Rule Carbocations?are positively charged carbon atoms with only three covalent bonds instead of four There are three types of carbocations: primary...
Alkenes: Electrophilic Addition The double bond in alkenes is an area of high electron density (there are four electrons found in this double bond) This makes the double bond susceptible to attack ...
Test for Unsaturation Halogens can be used to test if a molecule is?unsaturated?(i.e. contains a double bond) Br2(aq) is an orange or yellow solution, called?bromine water?and this is the halogen m...
Reactions of Alkenes Alkenes are very useful compounds as they can undergo many types of reactions They can therefore be used as starting molecules when making new compounds Electrophilic addition ...
