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Less Substituted Alkene + Anti-Markovnikov of OH w/out rearrangement
primary OH

Anti-Markovnikov of OH w/out rearrangement turns less Substituted Alkene into
primary $OH$

Primary $OH$ is made when less Substituted Alkene interacts with
Anti-Markovnikov of OH w/out rearrangement.

Less substituted alkene + Anti-Markovnikov of alkyl halide w/ out rearrangement makes
primary alkyl halide

Antimarkinov of alkyl halide w/out rearrangement turns Less substituted alkene into
primary alkyl halide

Primary alkyl halide is made when Less substituted alkene interacts with
Anti-Markovnikov of alkyl halide w/ out rearrangement.

Primary alkyl halide + Bulky base makes
less substituted alkene.

Bulky base turns primary alkyl halide into
less substituted alkene

Less substituted alkene is made when primary alkyl halide interacts with
Bulky base.

Primary alkyl halide + NaOH makes
primary alcohol.

NaOH turns primary alkyl halide into
primary alcohol.

Primary alcohol is made when primary alkyl halide interacts with
NaOH.

Secondary Alkyl halide + bulky base makes
less substituted alkene.

Bulky base turns Secondary Alkyl halide into
less substituted alkene.

Less substituted alkene is made when Secondary Alkyl halide interacts
with bulky base.

Secondary Alkyl halide + NaOH makes
more substituted alkene.

NaOH turns Secondary Alkyl halide into
more substituted alkene.

More substituted alkene is made when Secondary Alkyl halide interacts with
NaOH

More substituted alkene + Anti-Markovnikov of alkyl halide with no rearrangement makes
less substituted alkyl halide.

Anti-Markovnikov of alkyl halide with no rearrangement turns More substituted alkene into
less substituted alkyl halide

Less substituted alkyl halide is made when More substituted alkene interacts with
Anti-Markovnikov of alkyl halide with no rearrangement

More substituted alkene + H-X makes
more substituted alkyl halide.

H-X turns More substituted alkene into
more substituted alkyl halide

More substituted alkyl halide is made when More substituted alkene interacts with
H-X

Secondary OH + Substitution without rearrangement of halogen makes
secondary alkyl halide.

Substitution without rearrangement of halogen turns Secondary OH into
secondary alkyl halide

Secondary alkyl halide is made when Secondary OH interacts with
Substitution without rearrangement of halogen.

Secondary OH + strong Acid & Heat makes
more substituted alkene

strong Acid & Heat turn Secondary OH into
more substituted alkene.

More substituted alkene is made when Secondary OH interacts with
strong Acid & Heat.

Less substituted alkene + Markovnikov of OH with no rearrangement makes
more substituted OH.

Markovnikov of OH with no rearrangement turns Less substituted alkene into
more substituted OH.

More substituted OH is made when Less substituted alkene interacts with
Markovnikov of OH with no rearrangement
