Avogadro's Number molar mass m = n*M formula units the mole prefixes units M limiting reactant ions g/mol base unit nano, n particles atoms trueness theoretical yield mega- n roudning n = m/M Metric accuracy excess reactant GRASS ur significant digits 6.02 x 10^23 precision gravimetric conversion factor molar ratio dimensional analysis unit analysis meta actual yield molecules stoichiometry kilo- micro, u percentage yield per giga, G- scientific notation unit relationship particles/mol milli- Avogadro's Number molar mass m = n*M formula units the mole prefixes units M limiting reactant ions g/mol base unit nano, n particles atoms trueness theoretical yield mega- n roudning n = m/M Metric accuracy excess reactant GRASS ur significant digits 6.02 x 10^23 precision gravimetric conversion factor molar ratio dimensional analysis unit analysis meta actual yield molecules stoichiometry kilo- micro, u percentage yield per giga, G- scientific notation unit relationship particles/mol milli-
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Avogadro's Number
molar mass
m = n*M
formula units
the mole
prefixes
units
M
limiting reactant
ions
g/mol
base unit
nano, n
particles
atoms
trueness
theoretical yield
mega-
n
roudning
n = m/M
Metric
accuracy
excess reactant
ur
GRASS
significant digits
6.02 x 10^23
precision
gravimetric
conversion factor
molar ratio
dimensional analysis
meta
unit analysis
actual yield
molecules
stoichiometry
kilo-
micro, u
per
percentage yield
giga, G-
scientific notation
unit relationship
particles/mol
milli-