🧪Chemistry

Applicable for A-Level, IB, DSE, AP-Level Exams

Atomic Structure    Stoichiometry    Bonding    Energetics    Kinetics    Equilibria    Redox    Group 2    Group 7    Alkanes    Alkenes and Alcohols    Organic Analysis    Thermodynamics    Kinetics 2    Equilibrium Constant Kp    Electrode Potentials & Cells    Acids, Bases & Buffer    Periodicity    Transition Metals    Inorganic Compounds in Acqeous Solutions    Optical Isomerism    Aldehydes & Ketones    Carboxylic Acids & Derivatives    Aromatic Chemistry    Amines    Polymers    Amino Acids, Proteins & DNA    Organic Synthesis    NMR    Chromatography   

Aldehydes & Ketones

Aldehydes and Ketones

Aldehydes can be distinguised from other organic compounds by using either Fehling's Solution (which turns red in the presence of aldehydes) or Tollen's Reagent (which forms a silver mirror).

Aldehydes or ketones can be reduced to primary and secondary alocohols respectively by using NaBH4 in methaol with water.


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Hydroxynitriles

Hydroxynitriles can be formed by the nucleophilic addition of an aldehyde or a ketone with acidfied KCN and heat under reflux.


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