exponent term m = n*M trueness units n = m/M particles/mol dimensional analysis atoms scientific notation unit analysis meta decimal places EMR C M molecules the mole rounding kilo- n = N/NA ur Hudson 🏆 nano- g/mol conversion factor digit term milli- theoretical yield micro- actual yield ions accuracy Avogadro's Number 6.02 x 10^23 C-12 prefixes Tootie 🐶 T giga- formula units particles spectroscopy base unit molar mass gravimetric stoichiometry Metric percentage yield per mega- molar ratio precision Toast 🦎 unit relationship significant digits exponent term m = n*M trueness units n = m/M particles/mol dimensional analysis atoms scientific notation unit analysis meta decimal places EMR C M molecules the mole rounding kilo- n = N/NA ur Hudson 🏆 nano- g/mol conversion factor digit term milli- theoretical yield micro- actual yield ions accuracy Avogadro's Number 6.02 x 10^23 C-12 prefixes Tootie 🐶 T giga- formula units particles spectroscopy base unit molar mass gravimetric stoichiometry Metric percentage yield per mega- molar ratio precision Toast 🦎 unit relationship significant digits
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exponent term
m = n*M
trueness
units
n = m/M
particles/mol
dimensional analysis
atoms
scientific notation
meta
unit analysis
decimal places
C
EMR
M
molecules
the mole
rounding
kilo-
ur
n = N/NA
Hudson🏆
nano-
g/mol
conversion factor
digit term
milli-
theoretical yield
micro-
actual yield
ions
accuracy
Avogadro's Number
6.02 x 10^23
C-12
prefixes
T
Tootie🐶
giga-
formula units
particles
spectroscopy
base unit
molar mass
gravimetric
stoichiometry
Metric
per
percentage yield
mega-
molar ratio
precision
Toast🦎
unit relationship
significant digits