Theoretical Yield Calculator
What product mass is theoretically possible from a reactant mass? Enter the stated values to calculate this model.
Reference calculation or estimate for example inputs; assumptions and limitations apply.
Calculations run in your browser.
What to enter
| Input | Meaning and units |
|---|---|
| Reactant mass (g) | Enter reactant mass in g; use the same basis as the other measurements. |
| Reactant molar mass (g/mol) | Enter reactant molar mass in g/mol; use the same basis as the other measurements. |
| Reactant coefficient (1) | Enter reactant coefficient in 1; use the same basis as the other measurements. |
| Product molar mass (g/mol) | Enter product molar mass in g/mol; use the same basis as the other measurements. |
| Product coefficient (1) | Enter product coefficient in 1; use the same basis as the other measurements. |
Understanding your result
The result is a scientific reference calculation under the model assumptions on this page. It does not assess hazards, chemical compatibility, purity, solubility, equipment limits or clinical meaning.
Common mistakes
- Using solvent volume in place of final solution volume, or mass concentration in place of molar concentration.
- Ignoring units, reaction coefficients, activity assumptions or the stated temperature/model limits.
Check your calculation
- Check the units and balance/coefficients against the worked example. For real laboratory work, verify SDS information and the applicable procedure independently.
Calculation checks, sources and review limits
What product mass is theoretically possible from a reactant mass?
What product mass is theoretically possible from a reactant mass? Enter the stated values to calculate this model.
Common uses
- What product mass is theoretically possible from a reactant mass
How it works
Convert the stated reactant mass to moles, apply the balanced coefficient ratio, then multiply by product molar mass. The reference assumes complete conversion of the designated limiting reactant.
Worked example
Enter Reactant mass: 20 g; Reactant molar mass: 10 g/mol; Reactant coefficient: 2 1; Product molar mass: 30 g/mol; Product coefficient: 1 1. Results: Theoretical product mass: 30 g.