| Initial Concentration of A[limiting reactant], CAo = |
|
moles/liter |
| Stoichiometric Coefficient of B[reactant], b = |
|
|
| Initial Concentration of B, CBo = |
|
moles/Liter |
| Stoichiometric Coefficient of C [reactant}, c = |
|
|
| Initial Concentration of C[Reactant], CCo = |
|
moles/liter |
| Stoichiometric Coefficient of W[product], w = |
|
|
| Initial Concentration of W[product], CWo = |
|
moles/liter |
| Stoichiometric Coefficient of Z[product], z = |
|
|
| Initial Concentration of Z [product], CZo = |
|
moles/liter |
| Initial Concentration of I [inert], CIo = |
|
moles/liter |
| Conversion, x = |
|
|
