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Nucleophilic substitution reactions – SN1 and SN2 mechanisms

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Subject

Chemistry

Level

A level

Resource type

Single activity

Teaching type

Formative assessment

Partner resource
Is also part of...
Reactions of haloalkanes [Activity set]
Relevant to...
Copyright YDP S.A.
Keywords

molecule , carbon , atom , reaction , ion , anion , sodium , reagent , reactions , hydroxide , reactivity , charge , organic , alkyl , bromine , alcohol , kinetic , positively , bromide , substituent , mechanism , tertiary , substitution , carbocation , nucleophilic , nucleophilic , s , mechanisms , nucleophile , haloalkane , bromoethane , 1-bromopropane , sodium hydroxide , carbon atom , bromine atom , hydroxide anion , 2-bromopropane , bromide anion , positively charge , nucleophilic substitution , substitution reaction , nucleophilic reagent , 2-bromo-2-methylpropane , organic ion , alcohol molecule , alkyl substituent , , align=sub>n1 , align=sub>n2 , nucleophilic substitution reactions sn1 and sn2 mechanisms

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Chemistry – A Level

Chemistry – A Level
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