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Butter Replacement Oil Planning Ratios
Estimate liquid oil and coconut oil quantities from butter using explicit recipe-planning ratios.
- Formula & worked example
- Private in your browser
- No signup
Calculator inputs
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How to use this calculator
- Enter the known values in the units shown. Results update as you type.
- Where results are editable, change one to solve backwards. Lock a value to hold it fixed.
- Use the worked example to check the method. Reset restores the starting fields.
Private by default
Inputs and results stay in this browser tab. Bookify does not upload or store the values you enter.
Formula and method
For 100 g butter, these planning ratios give 75 g liquid oil, 80 g coconut oil by the mass rule, or 75 mL by the volume rule.
Liquid oil mass = 0.75 × butter mass; coconut oil mass = 0.8 × butter mass; coconut oil volume in mL = 0.75 × butter mass in g.
Worked example
Enter these known values and leave the other values blank.
- Butter mass
- 100 g
- Liquid cooking oil
- 75 g
- Coconut oil mass estimate
- 80 g
- Coconut oil volume estimate
- 75 ml
Assumptions and limitations
- These are empirical substitution ratios, not physical mass conservation. A successful substitution depends on the recipe and butter water content.
- The volume rule and mass rule imply coconut oil density 80/75 g/mL. This is a planning convention, not a measured coconut oil density.
- Gram-based ratios apply to butter or a butter-like spread only when the recipe can tolerate the replacement. Margarine composition varies.
- The captured kitchen-unit conversions use ingredient-specific fixed weights. Use mass measurements for reproducibility and do not treat cup measures as exact ingredient densities.
Common questions
Will the finished texture stay the same?
Oil changes water, fat structure and aeration. The ratios estimate amounts but do not promise identical texture.
Why do coconut mass and volume differ?
They are separate planning rules. Their implied density is a convention rather than a laboratory measurement.
References
Declare the physical or stated approximation domain; captured arithmetic is unchanged.
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