Chapters 4-6 Review Flashcards
titration is a kind of _____ analysis
quantitative
the determination of the amount of a substance or the concentration of a substance in a sample
quantitative analysis
reaction that involves a transfer of electrons
oxidation-reduction
directions in which electron affinity INCREASES
right and up
Two things that energy is equal to according to Planck’s theory
Planck’s constant x frequency OR (Planck x speed of light) / wavelength
directions in which ionization energy INCREASES
right and up
reaction where a proton (H+) is transferred from one species to another
acid-base reaction
name of ms and allowed values of ms
spin quantum number; +1/2 or -1/2
name of L and allowed values of L
azimuthal quantum number; integers from 0 to n-1
enthalpy change when exactly one mole of a substance burns under standard conditions
enthalpy of combustion
the quantity of heat a body of matter absorbs or releases when it experiences a temp. change of 1 C.
heat capacity (C)
value for planck’s constant
6.626 x 10^-34
method for determining the concentration of an unknown dissolved substance
titration
Value for the speed of light
2.998 x 10^8
focuses on identifying the presence or absence of specific substances, rather than how much. The determination of non-numerical info about a substance
qualitative analysis
products of precipitation reaction
a solid and an aqueous compound
if a process can be written as the sum of several stepwise functions, the enthalpy change of the total process equals the sum of the enthalpy changes of the various steps
Hess’s law
directions in which atomic radius INCREASES
left and down
enthalpy change when exactly one mole of a pure substance is formed from it’s constituent elements
enthalpy of formation
reaction where dissolved substance react to form one or more solid compounds
precipitation reaction
name of ml and allowed values of ml
magnetic quantum number; integers from -L to L
Name of n and allowed values of n
principal quantum number; positive integers
defined as the sum of a system’s internal energy and the product of its pressure and volume (really just the heat of a reaction)
enthalpy
color and wavelength of the short wavelength end of the visible spectrum
violet; 400 nm