Enter your Reactant Type, Number of Carbons, Substitution Pattern, Reagent/Conditions, Temperature, and Solvent into the Organic Reaction Predictor, and it works out your Major Product along with the Reaction Type, Mechanism, Stereochemistry, and any Minor Products you might expect to see.
Major Product
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Reaction Type
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Mechanism
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Stereochemistry
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Minor Products
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The predictor uses established organic chemistry rules and mechanisms. While it covers most common reactions accurately, complex multi-step reactions or unusual conditions may require expert analysis.
The tool predicts common organic reactions including nucleophilic substitution (SN1/SN2), elimination (E1/E2), addition reactions, oxidation-reduction, and aromatic substitution reactions.
The substitution pattern (primary, secondary, tertiary) determines which mechanism the reaction will follow (SN1 vs SN2, E1 vs E2), affecting both the products formed and stereochemistry.
Temperature and solvent influence reaction rates and selectivity. Higher temperatures favor elimination over substitution, while polar protic solvents favor SN1 and E1 mechanisms.
Stereochemistry describes the 3D arrangement of atoms in the products. SN2 reactions show inversion, SN1 shows racemization, and elimination reactions can produce different alkene isomers.
Yes, the tool identifies the likely mechanism (SN1, SN2, E1, E2) based on your inputs and provides information about intermediate steps and stereochemical outcomes.
Minor products are side products that form in smaller amounts. Understanding them helps predict reaction yields and plan purification strategies in synthetic chemistry.