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The Chemistry of Life

Review the concepts and vocabulary used to describe the principles of general chemistry and biochemistry.

AB
atomsmallest part of an element that still shows the properties of the element
atomic numbernumber of protons in an element
acidreleases hydrogen ions when dissolved in water
molecular formulashows the kinds and ratios of atoms in a compound
neutralizationreaction that occurs when equal strength acids and bases are mixed in equal volumes
covalent bondbond is formed when atoms share electrons
elementsubstance composed of only one type of atom
iona charged atom
isotopeatoms of the same element that have different atomic masses
nonpolar covalent bondbond formed when atoms share electrons equally
phmeasures the concentration of hydrogen ions in a solution
reactantssubstances that participate in a chemical reaction
activation energyenergy need to start a chemical reaction
amino acidsubunits that form proteins
carbohydrateorganic compound is used mostly for energy
catalystsubstance that speeds up a chemical reaction
cholesterolsteroid used to form the hormones testosterone and estrogen
disaccharidedouble sugars
double helixstructure of the dna molecule
enzyme substrate complexsubstance formed when a substrate occupies active site of enzyme
sucrosesugar formed when glucose bonds to fructose
genesunits of heredity
glycerolthree carbon alcohol that is an important component of lipids
hydrogen bondbond formed by polar molecules attraction
macromoleculesthe very large organic molecules found in living tissue
mass numbersum total of protons and neutrons in an atom
monosaccharidesimplest forms of carbohydrates
nucleotidessubunits of the nucleic acids
phospholipidphosphorous containing lipids of the cell membrane
polypeptidename for proteins based on the type of bonds found in proteins
primary structureprotein structure is determined by the number of kinds of and sequence of amino acids
proteinsorganic compound has the most different kinds of functions and is composed of carbon, hydrogen, oxygen, and nitrogen
replicationprocess by which a dna molecule can make an exact copy of itself
saturated fatty acidlipid component with only carbon to carbon single bonds in its hydrocarbon chain
starchstorage polysaccharide found in plants
tertiary structureprotein structure is determined by the interaction of variable groups within the polypeptide chain
translationprocess by which messenger RNA and transfer RNA form a protein
unsaturated fatty acidlipid component with some carbon to carbon double bonds in its hydrocarbon chain
competitive inhibitionenzyme inhibition associated with molecules with shapes similar to those of the enzyme’s normal substrate
pyrimidinesingle ring nitrogen bases of dna and rna
thyminenitrogen base always pairs with adenine in dna
adeninenitrogen base always pairs with uracil in rna
cytosinenitrogen base always pairs with guanine in both dna and rna
hydrophobicsubstance that cannot mix with water
atomic nucleuscontains the protons and neutrons
atomic symbolone or two letter abbreviations used to represent element
basesubstance that releases hydroxide ions when dissolved in water
structural formularepresent the positions of atoms in a substance
compoundsunstance composed of two or more different kinds of elements
electronnegative particle found in an atom
inorganic compoundcompound that does not contain carbon hydrogen and oxygen together
ionic bondbond is formed by the transfer of electrons
neutronneutral particle in an atom
organic compoundcompound composed of carbon hydrogen and oxygen together
protonpositive particle in an atom
molecular formulaused to represent the types and ratios of atoms found in a substance
active sitearea of an enzyme that binds with the substrate
amino groupgroup composed of nitrogen atom bonded to two hydrogen atoms
carboxyl groupgroup composed of carbon atom double bonded to an oxygen atom and bonded to a hydroxyl group
cellulosestructural polysaccharide found in plants
coenzymesubstances needed by certain enzymes to completely form a working active site
dnagenetic material of all organisms
enzymebiological catalyst
fatty acidcomponent of a lipid contains a hydrocarbon chain with a carboxyl group on one end
galactosecombines with glucose to form the sugar found in milk
glucosesugar is used by all organisms in the process of respiration
glycogenstorage polysaccharide found in animals
lipidorganic compound stores the most energy and is used to form cell membranes
maltosesugar formed when two glucose molecules are bonded together
moleculesmallest part of a compound that still retains the properties of a compound
nucleic acidkind of organic molecules that form dna and rna
peptide bondbond used to join amino acids
polar covalent bondbond is formed when electrons are shared unequally
polysaccharidecarbohydrate is formed of long chains of simple sugars
productsthe materials that are formed by a chemical reaction
quaternary structureprotein structure is formed by the interaction of variable groups between different polypeptide chains
rnanucleic acid found in both the nucleus and cytoplasm of cells
secondary structureprotein structure is formed by the interaction of the amino groups and carboxyl groups within the polypeptide chain
sucrosesugar formed when glucose and fructose are bonded together
transcriptionprocess by which DNA copies its genetic code into a molecule of messenger RNA
triglyceridelipid formed when three fatty acids are combined with one molecule of glycerol
variable grouppart of an amino acid distinguishes the twenty different natural amino acids
allosteric enzymeenzyme with two active sites
purinedouble ring nitrogen bases of DNA and RNA
adeninenitrogen base always pairs with thymine in dna
uracilnitrogen base always pairs with adenine in rna
guaninenitrogen base always pairs with cytosine in both dna and rna
hydrophillicsubstance that can mix with and dissolve in water
dehydration synthesisjoining organic compunds by removing water
hydrolysisbreaking down organic compounds by adding water
diglyceridelipid formed when one fatty acid is combined with one molecule of glycerol
monoglyceridelipid formed when two fatty acids are combined with one molecule of glycerol
cytosinenitrogen base that always pairs with guanine in both dna and rna


Southeast High School
Bradenton, FL

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