Organic Compounds
Saturated hydrocarbons
Unsaturated Hydrocarbons
Functional groups
Reactions
100

T/F: Geometric isomers are isomers with atoms in a DIFFERENT ORDER, but have the SAME 3 D orientation.

F: Geometric isomers are isomers with atoms in the SAME ORDER, but in DIFFERENT 3D orientation.

100

T/F: Saturated carbons are combustable.

True! Most hydrocarbons are combustible (they burn!)

100

What is ether used for?

Anesthetic (pain reliever such as aspirin) and solvent

100

A carbonyl group consists of carbon double bonded to what atom? 

A. nitrogen

B. Hydrogen

C. Oxygen

Oxygen
100

Which reaction converts a alkene to a single bond substance?

A. addition

B. condensation

C. elimination

D. substitution

addition

200

What is the chemical formula for this structure?

C2H4O2

200

Aromatic hydrocarbons have what kind of bonds?

Alternating double bonds!

200

What is ester used for?

Perfumes/fragrances

200

Name this hydrocarbon CH3(CH2)6CH3

octane

200

The polymer contains all the atoms in the monomer units is:

A. Addition polymerization

B. Condensation polymerization

Addition polymerization

300

What is an example of alkenes?

polystyrene cups (styrofoam)

300

See diagram. What is the name of this hydrocarbon?

pentane

300

What is aldehyde used for?

preserve biological specimens & adhesives

300

R2NH is

A. Primary amines

B. Secondary amines

C. Tertiary amines

Secondary!

300

Each monomer has more than one functional group is:

A. Addition Polymerization

B. Condensation Polymerization

Condensation polymerization

400

What elements MUST organic compounds contain?

carbon and hydrogen

400

Name this hydrocarbon.

2- methylpropane

400
T/F: A trans isomer is shaped like a bowl.

F: Trans has alternating bonds,  cis is shaped like a bowl.

400

What functional group is found in methanol?

-OH (alcohol)

400

What would a substance that could undergo condensation polymerization look like? (Hint: what small particle does polymerization create? How can that be created?)

alcohol functional groups (OH)

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