SN1 and SN2 Mechanisms (A-level Chemistry)

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[@chemistry.student]

Thank you! Pleased you're finding them helpful

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[@chemistry.student]

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[@chemistry.student]

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[@chemistry.student]

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[@chemistry.student]

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[@chemistry.student]

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[@chemistry.student]

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[@chemistry.student]

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[@chemistry.student]

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[@chemistry.student]

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[@Studentt23]

Perfect explanation thank you!

[@chemistry.student]

Thank you!

[@samuelbrodie1060]

Great video! Isn't the transition state in the Sn2 mechanism negatively charged?

[@chemistry.student]

The ‡ symbol used in the video refers to a transition state, it doesn't mean positively charged :) Yes, the transition state would carry a negative charge - sorry if the negative symbol isn't clear!

[@shaswatsinha2851]

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[@chemistry.student]

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[@karthikredddy5583]

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[@chemistry.student]

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[@withamih]

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[@chemistry.student]

Thank you! It is only a small channel :)

[@rotaibi5086]

Super

[@chemistry.student]

Thank you! Hope it helped :)

[@antisocial333]

Aaaaaa understood

[@XhanaMolla]

Which is a more rapid reaction SN2 or SN1?

[@chemistry.student]

It depends on several factors, such as type of reactants and solvent. However, generally SN1 reactions are faster for tertiary reactants and SN2 reactions are faster for primary reactants. There are lots of factors involved however...Hope that helps :)