Carbon Compounds
Carbohydrates
Proteins
Lipids
Nucleic Acids
100

Chemical reaction used to create large molecules from smaller ones

Condensation Reaction

100

Monomer of polysaccharides

Glucose

100

Building blocks of proteins

Amino Acids

100

Large, nonpolar organic molecules that include waxes & store more energy per gram than other organic compounds

Lipids

100

Monomer that makes up nucleic acids

Nucleotide

200

Reaction involved in the breakdown of polymers

Hydrolysis

200

Glucose, Fructose, & Galactose

Monosaccharides 

200

The main difference in amino acids

Their R group

200

Monomer of Lipids

Fatty acid

200

Stores & transfers information from DNA

RNA

300
Number of bonds carbon needs to form to be neutral or stable

Four

300

Molecules with the same chemical formula but different structural forms

Isomers

300

The number of different amino acids found in the proteins that make up living systems

20

300

Unsaturated fatty acids contain this kind of bond between carbon atoms

Double bond

300

The most important function of a nucleic acid

Storing information related to heredity & cell function 
400

A compound found in all cells that supplies the energy for cellular functions

ATP

400

The compound that's stored as glycogen in animals & starch in plants

Glucose

400

Basic structure of amino acids

Central carbon bonded to H, a carboxyl group (COOH), an amino group (NH2), and a R group

400

Lipid not composed of fatty acids

Steroid

400

The three components that make up nucleotides

A phosphate group, a sugar (ribose or deoxyribose), and a nitrogenous base

500

Influences the characteristics of molecules 

Functional group

500

The double sugar Sucrose

Disaccharide 

500

The covalent bond that forms between two amino acids 

Peptide bond 

500

Hard at room temperature

Saturated fatty acids

500

What DNA stands for

Deoxyribonucleic acid 

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