Category Archive: Organic Chemistry

Organic chemistry related questions that cover potential topics on the OAT exam including but not limited to mechanisms, stereochemistry, nomenclature, acid-base chemistry, aromatics and bonding.

Ortho Para Meta

[poll id=”212″]

Continue reading »

SN2 Reaction Properties

[poll id=”206″]

Continue reading »

Stereoisomers

[poll id=”191″]

Continue reading »

Missing Reagent

[poll id=”187″]

Continue reading »

Weakest Acid

[poll id=”175″]

Continue reading »

Road Maps: Starting Molecule

[poll id=”172″]

Continue reading »

Functional Group Priority

[poll id=”170″]

Continue reading »

SN2 Reactions

[poll id=”166″]

Continue reading »

Acidity

[poll id=”7″]

Continue reading »

Infrared Spectroscopy

[poll id=”154″]

Continue reading »

Keto-enol tautomerism

[poll id=”151″]

Continue reading »

Hybridization 2

[poll id=”13″]

Continue reading »

Predict the Product

[poll id=”142″]

Continue reading »

Predict the Product with NH3

[poll id=”133″]

Continue reading »

Reducing an Acid Chloride to an Alcohol

[poll id=”127″]

Continue reading »

Reduction of an Ester to an Aldehyde

[poll id=”122″]

Continue reading »

Nomenclature

[poll id=”119″]

Continue reading »

Huckel’s Rule for Aromaticity

[poll id=”113″]

Continue reading »

Melting Point

[poll id=”99″]

Continue reading »

Road Map

[poll id=”87″]

Continue reading »

Which reagent?

[poll id=”85″]

Continue reading »

Nomenclature Rules

[poll id=”81″]

Continue reading »

Ortho/Para

[poll id=”67″]

Continue reading »

Stereoisomers

[poll id=”61″]

Continue reading »

Wolff-Kishner Reaction

[poll id=”54″]

Continue reading »

IR Spectroscopy

[poll id=”37″]

Continue reading »

Lab Extraction

[poll id=”22″]

Continue reading »

Electrophilic Aromatic Substitution

[poll id=”18″]

Continue reading »

Maximum Number of Stereoisomers

[poll id=”14″]

Continue reading »

Hybridization

[poll id=”13″]

Continue reading »

Acidity of Phenols

[poll id=”7″]

Continue reading »

Stereochemistry

[poll id=”6″]

Continue reading »