A.   The potential at which oxidation occurs

B.   The standard electrode potential

D.   The positive of the standard electrode potential

A.   A reaction in which electrons are lost by one atom and gained by another

B.   A reaction in which one atom or molecule gains electrons from another

D.   A reaction that occurs when two atoms or molecules interact to form a new compound

A.   1

B.   -1

D.   0

A.   A reaction in which one substance gains oxygen

B.   A species that is reduced

D.   A reaction in which one substance loses electrons

B.   Arrhenius acid

C.   Strong acid

D.   Diatomic acid

B.   A substance in which H atoms are bonded to a central atom

B.   Electron

C.   Energy

D.   Potential energy

A.   A substance that is not affected by a magnetic field

B.   A substance that is strongly attracted by a magnetic field

C.   A substance that is not attracted by a magnetic field

A.   The sum of all the partial pressures of the gases in a mixture

B.   The temperature of a gas

D.   The average kinetic energy of the particles in a gas

B.   A device used to measure the speed of particles

C.   A device used to split atoms

D.   A device used to create and control nuclear fusion

A.   Electrons must have different spin quantum numbers in order to occupy the same orbital

B.   An orbital can hold no more than two electrons

C.   Orbitals can hold a maximum of two electrons.

A.   Three

B.   One

C.   Four

B.   C-O bond

D.   C-C bond

A.   The molecular formula of a compound

B.   The empirical formula of a compound

D.   The molar mass of a compound

A.   Empirical composition

C.   Molecular composition

D.   Molar composition

B.   The theoretical yield (calculated) expressed as a percentage of the actual yield (experimentally determined)

C.   The amount of reactant that is not used up in a chemical reaction

D.   The amount of a product formed in a chemical reaction

A.   A set of two or more elements with similar chemical properties

B.   The first element in the periodic table

D.   The elements in any one vertical column of the periodic table

A.   The physical and chemical properties of elements vary periodically when they are arranged by weight.

C.   There is no such thing as the periodic law.

D.   The physical and chemical properties of elements vary periodically when they are arranged alphabetically.

A.   Alphabetically

C.   In order of increasing atomic number

D.   In order of discovery

A.   Map

B.   Visual

C.   List

A.   0

B.   1

C.   2

A.   A compound with chlorine in the +1 oxidation state

B.   A compound with nitrogen in the -3 oxidation state

D.   A compound with oxygen in the +1 oxidation state

A.   When there is no change in the properties of matter

C.   When all matter is in the same state

D.   The first stage of a process

A.   Heterogeneous

C.   Isotropic

D.   Homogeneous

A.   A graphical way to summarize the conditions under which the different phases of a substance are stable.

B.   A way to graphically summarize the conditions under which a substance changes phase.

C.   A graphical way to summarize the equation of state for a substance.

A.   Phospholipids are a type of carbohydrate.

B.   Phospholipids are found in animal cells only.

C.   Phospholipids are found in plant cells only.

A.   Phospholipid is a protein whereas Micelles is a lipid.

B.   Phospholipid is a carbohydrate whereas Micelles is a lipid.

D.   Phospholipid and Micelles are the same thing.

A.   An organelle found in plant cells

B.   A part of a cell wall consisting of two layers of carbohydrate molecules

D.   A molecule composed of carbon, hydrogen, nitrogen, and oxygen

A.   The generation of photons when light shines on a metal.

B.   The capture of electrons by a metal or other material when light shines on it.

C.   The production of electric current when light shines on a metal.

A.   Joules/second

B.   Newtons

C.   Coulombs

A.   E

B.   C

D.   V

A.   Adsorption in which the attraction is provided by strong intermolecular forces.

C.   Adsorption in which the attraction is provided by electrical forces.

D.   Adsorption in which the attraction is provided by chemical forces.

A.   A change in the form of matter and in its physical properties

C.   A change in the form of matter and in its atomic structure

D.   A change in the form of matter and in its chemical identity

A.   The ease with which a material can be deformed without fracture

B.   A characteristic that can be observed for a material and changes its chemical identity

C.   A measure of how quickly electrons can flow through a material

B.   Covalent Bond

C.   Polar Bond

D.   Ionic Bond

A.   A Bond that has an electron distribution in a single plane

B.   A bond that has an electron distribution on either side of the bond axis

D.   A Bond that has an electron distribution above the bond axis

A.   5.39 x 10-34 J·s

B.   6.85 x 10-34 J·s

C.   7.22 x 10-34 J·s

A.   Electrically charged gas of ions and electrons

B.   Electrically charged gas of electrons only

C.   Electrically neutral gas of electrons only

A.   A covalent bond in which the bonding electrons are donated by one atom and accepted by the other

B.   A covalent bond in which the bonding electrons spend an equal amount of time near both atoms

C.   A covalent bond in which the bonding electrons are shared equally by both atoms

A.   Reacting a substance containing no amine groups with a substance containing no carboxylic acid groups

C.   Reacting a substance containing three amine groups with a substance containing three carboxylic acid groups

D.   Reacting a substance containing one amine group with a substance containing one carboxylic acid group

A.   An ion consisting of two or more atoms not carrying a net electric charge

B.   An atom that has a net electric charge

C.   An ion that is a single atom

A.   The study of the quantity of substances

B.   The study of the quality of substances

D.   The study of the properties of substances

A.   The density of a material

C.   The qualitative nature of a substance

D.   The quantity of a substance

A.   The study of the composition of materials and their structure and properties

B.   The study of the behaviour of materials under various conditions

C.   The study of how things happen and the use of this knowledge to design ways of controlling them

A.   Quantum mechanics

B.   Statistical mechanics

D.   Classical mechanics

A.   A pure compound

C.   A solution

D.   A mixture of unequal amounts of optical isomers

B.   Rutherford the dosage of radiation that deposits 1 x 10-2 J of energy per kilogram of tissue

C.   Curie the dosage of radiation that deposits 1 x 10-2 J of energy per kilogram of tissue

D.   Gray the dosage of radiation that deposits 1 x 10-2 J of energy per kilogram of tissue

A.   Nuclear Fission

C.   Hydrocarbon Combustion

D.   Fusion Reactors

B.   The amount of radioactivity decay over time

C.   The rate of change of radioactivity

D.   A measure of radioactivity

A.   A radioactive nucleus with a half-life

B.   A radioactive nucleus with a mass number

D.   An unstable, radioactive nucleus