LL U5 Advanced Stoich

g/mol

mol/mol

g

mol

$$\frac{41.00\ g\ O_2}{1}\times\frac{1\ mol\ O_2}{32.00\ g\ O_2}\times\frac{6.02\ x10^{23}\ L\ O_2}{1\ mol\ O_2}$$  

$$\frac{41.00\ g\ O_2}{1}\times\frac{1\ mol\ O_2}{16.00\ g\ O_2}\times\frac{6.02\ x10^{23}\ L\ O_2}{1\ mol\ O_2}$$  

$$\frac{41.00\ g\ O_2}{1}\times\frac{1\ mol\ O_2}{32.00\ g\ O_2}\times\frac{22.4\ L\ O_2}{1\ mol\ O_2}$$  

$$\frac{41.00\ g\ O_2}{1}\times\frac{1\ mol\ O_2}{16.00\ g\ O_2}\times\frac{22.4\ L\ O_2}{1\ mol\ O_2}$$  

Endothermic

Exothermic

solute

solvent

moles/liters of solution

moles/kg of solvent

# particles/Avogadro's #

theoretical yield/actual yield