CHEM134 C001 SPRING DIGITAL ACID
BASE CHEMISTRY BEYOND LABZ ACTUAL
SCRIPT WITH 100 PERCENT CORRECT
ANSWERS
◉ Polarizability
Answer: ability to shift electron density
◉ Viscosity
Answer: Resistance to flow
◉ Kinetic Molecular Theory
Answer: Molecules interact with one another only through
collisions
◉ Activation Energy
Answer: Minimum energy reactant molecules possess to undergo
a chemical reaction
◉ unimolecular, bimolecular and termomolecular mean...
Answer: one, two and three reactants
◉ Homogenous Catalyst
, Answer: In the same phase as reacting substances
◉ Heterogenous Catalyst
Answer: Not in the same phase as reacting substances
◉ electrolyte
Answer: substance that dissociates its ions in water to produce a
conductive aqueous solution
◉ weak electrolytes separate...
Answer: partially
◉ dynamic equilibrium
Answer: condensation rate=evaporation rate
◉ when dealing with forward and reverse reactions
Answer: use rate law
◉ reaction quotient
Answer: same as equilibrium constant but not at equilibrium
◉ LeChatelier's Principle
Answer: When a system at equilibrium is stressed, it reestablishes
equilibrium so stress is offset.
BASE CHEMISTRY BEYOND LABZ ACTUAL
SCRIPT WITH 100 PERCENT CORRECT
ANSWERS
◉ Polarizability
Answer: ability to shift electron density
◉ Viscosity
Answer: Resistance to flow
◉ Kinetic Molecular Theory
Answer: Molecules interact with one another only through
collisions
◉ Activation Energy
Answer: Minimum energy reactant molecules possess to undergo
a chemical reaction
◉ unimolecular, bimolecular and termomolecular mean...
Answer: one, two and three reactants
◉ Homogenous Catalyst
, Answer: In the same phase as reacting substances
◉ Heterogenous Catalyst
Answer: Not in the same phase as reacting substances
◉ electrolyte
Answer: substance that dissociates its ions in water to produce a
conductive aqueous solution
◉ weak electrolytes separate...
Answer: partially
◉ dynamic equilibrium
Answer: condensation rate=evaporation rate
◉ when dealing with forward and reverse reactions
Answer: use rate law
◉ reaction quotient
Answer: same as equilibrium constant but not at equilibrium
◉ LeChatelier's Principle
Answer: When a system at equilibrium is stressed, it reestablishes
equilibrium so stress is offset.
