Grams → mL formula
mL = grams ÷ density
Using all-purpose flour at about 0.528 g/mL: 100 g ÷ 0.528 ≈ 189.3 mL.
Convert grams to milliliters for common cooking and baking ingredients. Grams measure weight while milliliters measure volume, so the ingredient matters — this calculator uses an ingredient-specific culinary density for the estimate.
Choose an ingredient, enter grams, and get an approximate volume instantly.
Result
100 g of water
≈100 mL
Based on a practical culinary density of approximately 1 g/mL for water.
Conversions are approximate. Ingredient type, brand, moisture, temperature, preparation, packing, and measuring technique can change the real volume.
Need to convert milliliters back to grams? Use the mL to grams calculator below.
A gram measures mass and a milliliter measures volume. To move between them, the calculator needs the selected ingredient’s typical culinary density in grams per milliliter.
Using all-purpose flour at about 0.528 g/mL: 100 g ÷ 0.528 ≈ 189.3 mL.
Equal weights do not occupy equal volumes. Flour contains air spaces, honey is much denser, and vegetable oil is lighter than water. The ingredient selector changes the density used in the calculation.
These values use the same ingredient database as the calculator and update when you change the selected ingredient.
| Grams | Approx. mL |
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Rounded for practical kitchen use. Dry ingredients can vary more than liquids because they can settle or pack.
Because grams and milliliters measure different things. A gram tells you how much mass an ingredient has; a milliliter tells you how much space it occupies. Only ingredients with a density close to 1 g/mL will have nearly matching gram and milliliter numbers.
Flour is compressible. A cup can hold a different mass depending on whether flour is spooned and leveled, scooped directly from the bag, shaken, or packed. This calculator uses an all-purpose flour reference consistent with a typical spooned-and-leveled household measure, but a recipe author’s own gram weight should take priority when provided.
Enter milliliters and choose the ingredient to estimate its weight in grams using the same density database.
Result
100 mL of water
≈100 g
Based on a practical culinary density of approximately 1 g/mL for water.
The reverse calculation uses the same density reference: grams = mL × density.
Need to convert grams to milliliters? Return to the Grams to mL calculator above.
For the reverse direction, multiply the volume by the selected ingredient’s density.
Using all-purpose flour at about 0.528 g/mL: 100 mL × 0.528 ≈ 52.8 g.
| Milliliters | Approx. grams |
|---|
These are practical culinary reference densities, not universal laboratory constants. For powders such as flour, sugar, salt, and cornstarch, the value represents a typical bulk density under the measuring assumption shown.
| Ingredient | Approx. density | Reference assumption |
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Reference metadata is stored in the same JavaScript ingredient database so values, notes, tables, and calculations remain synchronized.
They are practical estimates for cooking and baking. Liquids such as water, milk, honey, and oil tend to be more consistent, while powders can change apparent density when they settle, absorb moisture, or are packed differently. Temperature can also affect liquid density slightly.
For precision-sensitive baking, use the recipe author’s gram weights when available. If a recipe specifies a particular type of flour, salt, oil, or milk, choose the closest matching ingredient reference rather than assuming every product has the same density.
Working with cups instead of milliliters? Use the matching TheTrendExplorer tools.