:
Example: 1 : 10
Adds extra to cover line loss/absorbency.
Recipe
- Concentrate needed —
- Diluent needed —
- Total (incl. overage) —
Batch Table
Quick measures for common containers.
| Container | Conc | Diluent | Total |
|---|
Result (C₁V₁ = C₂V)
- Stock volume (V₁) —
- Diluent volume —
Tip: Enter density-specific conversions in lab notebooks; this mode assumes v/v on aqueous basis.
Result
- Stock volume required —
- Diluent volume —
Assumes aqueous solution where 1 ppm ≈ 1 mg/L.
e.g., 10 for 1:10 each step
Serial Dilution Table
| Step | Stock (mL) | Diluent (mL) | Final Conc (rel.) |
|---|
:
Yield
- Total achievable —
- Diluent required —
Label Generator
Solution
Strength: —
Made: —
By: —
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How it works
- Ratio: concentrate = V × a/(a+b); diluent = V × b/(a+b).
- % strength: C₁V₁ = C₂V (assumes v/v on aqueous basis).
- PPM: 1 ppm ≈ 1 mg/L in water; V₁ = (C₂/C₁) × V.
- Serial: at each step, stock = Vstep/factor; diluent = remainder.