Select the keyword or phrase that will best complete each sentence. a. alkenes
b. -ene-
c. syn and anti
d. alkanes
e. syn
f. nucleophiles
g. -yne-
h. -ane-
i. alkynes
f. electrophiles
g. anti

Compounds that contain a carbon-carbon double bond are known as
Alkenes are electron rich; therefore, simple alkenes do not react with or bases, but will react with or acids.
In the IUPAC system, an alkene is identified by the suffix -ene-
Addition reactions in which two parts Of a reagent are added to the same side of
a double bond are known as additions.
Addition reactions in which two parts of a reagent are added from opposite
sides of a double bond are called additions
Halogenation and halohydrin formation occur with -additions.

alkenes

nucleophiles

electrophiles

syn

anti

syn and anti

Explanation:

Compounds that contain a carbon-carbon double bond are known as alkenes

Alkenes are electron rich; therefore, simple alkenes do not react with nucleophiles or bases, but will react with electrophiles or acids.

In the IUPAC system, an alkene is identified by the suffix -ene-

Addition reactions in which two parts Of a reagent are added to the same side of

a double bond are known as syn additions.

Addition reactions in which two parts of a reagent are added from opposite

sides of a double bond are called anti additions

Halogenation and halohydrin formation occur with syn and anti -additions.

Further explanations:

Compounds that contain a carbon-carbon single bond are known as alkanes. Compounds that contain a carbon-carbon double bond are known as alkenes. Compounds that contain a carbon-carbon triple bond are known as alkynes.

Nucleophiles are electron rich so they react with electron deficient centers while Electrophiles are electron deficient so they react with electron rich centers.