Grams to Tablespoons Converter

How to use this calculator

Enter the gram amount. Select your ingredient from the dropdown. Each ingredient shows its grams-per-tablespoon value based on standard measuring technique. Press Calculate to see tablespoons, teaspoons, cups, and the mL equivalent.

Why ingredient type matters for grams-to-tablespoons

A tablespoon measures volume (14.787 mL in the US). Different ingredients fill that volume with different masses. The relationship is:

Where grams_per_tablespoon = density × 14.787 mL.

Dense ingredients like honey pack more grams into each tablespoon. Light, airy ingredients like cocoa powder hold fewer grams per tablespoon. Using the same gram-per-tablespoon value for all ingredients would give wrong results for most of them.

Grams per tablespoon reference table

Ingredient	g/tbsp	Notes
Cocoa powder	5.3 g	Light, fine powder
Almond flour	6.0 g	Fine, dry
All-purpose flour	7.8 g	Spooned and levelled
Cake flour	7.1 g	Slightly lighter
Powdered sugar	7.5 g	Fine, light
Bread flour	8.1 g	Slightly denser than AP
Cornstarch	8.0 g	Fine white powder
White sugar	12.5 g	Granulated crystals
Brown sugar (packed)	13.75 g	Pressed firmly
Baking powder	14.4 g	Fine, dense
Butter	14.2 g	Solid fat
Olive oil	13.5 g	Liquid fat
Vegetable oil	13.6 g	Liquid fat
Milk / cream	15.25 g	Dairy liquid
Water	15.0 g	Reference liquid
Peanut butter	16.1 g	Dense paste
Maple syrup	20.1 g	Dense liquid
Honey	21.25 g	Very dense liquid
Salt (table)	17.1 g	Dense fine crystals

US vs Australian tablespoon: critical difference

The US tablespoon holds 14.787 mL. The Australian tablespoon holds 20 mL. This is a 35% difference and affects recipes significantly.

Calculation adjustment:

The UK tablespoon (17.758 mL) is also slightly larger than US. For recipes from any non-US English-speaking country, verify the tablespoon size if the recipe specifies “tbsp” without clarification.

Converting grams to tablespoons for common baking ingredients

Butter conversions (US tablespoons):

• 14 g = 1 tbsp
• 28 g = 2 tbsp
• 56.7 g = 4 tbsp = 1/4 cup = 1/2 stick
• 113.4 g = 8 tbsp = 1/2 cup = 1 stick
• 227 g = 16 tbsp = 1 cup = 2 sticks

Sugar conversions (granulated white):

• 12.5 g = 1 tbsp
• 25 g = 2 tbsp
• 50 g = 4 tbsp = 1/4 cup
• 100 g = 8 tbsp = 1/2 cup
• 200 g = 16 tbsp = 1 cup

All-purpose flour:

• 7.8 g = 1 tbsp
• 31.25 g = 4 tbsp = 1/4 cup
• 62.5 g = 8 tbsp = 1/2 cup
• 125 g = 16 tbsp = 1 cup

When tablespoons are more useful than cups

For ingredient amounts between 1 teaspoon and 1/4 cup (about 5-60 mL), tablespoons give more practical measurements than cups.

Oils and fats in small amounts: Recipes frequently call for 1-3 tablespoons of olive oil, butter, or coconut oil. These amounts are too small to measure precisely in cups but easy with a tablespoon measure.

Syrups and sweeteners: Maple syrup, honey, and agave are often used in tablespoon quantities. Measuring by weight (grams) and converting to tablespoons ensures consistent flavour intensity.

Spice pastes and condiments: Tomato paste, miso paste, tahini, and similar condiments are typically measured in tablespoons. Knowing the gram equivalent helps with nutritional tracking.

Vinegars and acid: Lemon juice, vinegar, and citrus juices add flavour in tablespoon quantities. Converting 15 g of lemon juice: 15 ÷ 15 = approximately 1 tablespoon (lemon juice density close to water).

Converting recipe servings using tablespoons

Tablespoons are useful when scaling single-serving recipes. Many condiment and sauce recipes are written per serving in tablespoons.

This approach scales recipes more accurately than multiplying tablespoons and hoping the measuring is consistent across each repetition.

Tablespoons in nutrition labelling

Food labels in the US list serving sizes in tablespoons for many condiments, oils, and spreads. Understanding the gram content per tablespoon helps with:

Portion control: The standard serving of olive oil on many labels is 1 tablespoon (14 g). Knowing this, you can pour directly onto a tared scale for exact portions.

Calorie calculation: 1 tablespoon of olive oil = 13.5 g × 9 kcal/g (fat) = 121 kcal. The label lists this as 119-120 kcal due to rounding, but the gram-based calculation confirms the number.

Recipe nutrition calculation: If you add 3 tablespoons of peanut butter to a recipe (3 × 16.1 = 48.3 g), you can look up the nutritional content for 48 g of peanut butter for an accurate total.

Accuracy and best practices for cooking measurements

For baked goods where small errors change results, weigh your ingredients rather than measuring by volume. A digital kitchen scale accurate to 1 g is the most reliable approach.

For measuring by volume: Use the correct cup standard for your recipe’s country of origin. Spoon ingredients into the cup rather than scooping. Level off with a straight edge. Read liquids at eye level with the measuring cup on a flat surface.

For measuring by weight: Tare (zero) the scale with the bowl on it. Add each ingredient directly to the bowl. Tare again between ingredients to add them one at a time without emptying the bowl.

Ingredient freshness: Old flour that has absorbed moisture weighs slightly more than fresh flour at the same volume. Weighing is unaffected by moisture absorption. Cup measurements become slightly off as dry ingredients age and their density changes.

Converting recipe quantities for different batch sizes

When scaling a recipe up or down, converting all measurements to grams first makes the scaling arithmetic much simpler.

Step 1: Convert every ingredient to grams using the appropriate conversion. Step 2: Multiply every gram value by the scale factor (e.g. 2 for double batch, 0.5 for half batch). Step 3: Convert back to your preferred units if needed.

This approach avoids fractional cup values like “2.67 cups” that are hard to measure. Instead you get a gram weight that can be measured directly on a scale.

For large-scale batch cooking (catering, meal prep services), all recipes are specified in grams or kilograms. Volume measurements become impractical at scale because a 100-cup batch cannot be measured accurately in individual cup scoops.

Ingredient substitutions and weight equivalents

When substituting one ingredient for another, weight equivalents are more reliable than volume equivalents. Different forms of the same ingredient have different densities.

Flour substitutions:

• 1 cup all-purpose flour (125 g): substitute 1 cup + 2 tbsp cake flour (130 g) for a lighter texture, or use the gram weight for precision
• 1 cup all-purpose flour (125 g): substitute 95 g almond flour + 10 g arrowroot for a grain-free alternative

Sugar substitutions:

• 200 g white sugar: substitute 170 g honey (reduce other liquids by 30 mL) or 160 g maple syrup
• Liquid sweeteners are denser than granulated sugar, so volume measurements give incorrect ratios

Fat substitutions:

• 113 g butter (1/2 cup): substitute 95 mL vegetable oil (3/4 the volume, same mass of fat)
• Coconut oil is slightly less dense than butter; use the same gram weight, not the same cup amount

In every substitution case, using gram weights rather than cup volumes gives the correct ratio of the functional ingredient (fat, sugar, protein) regardless of the physical form.

Altitude adjustments in baking

At high altitudes (above 3000 feet / 900 m), leavening gases expand more rapidly. Standard recipes need adjustment. These adjustments are small and best expressed in grams or millilitres.

General high-altitude guidelines for baked goods:

• Reduce baking powder by 1/4 to 1/2 teaspoon per teaspoon called for
• Increase liquid by 2-4 tablespoons per cup (30-60 mL)
• Increase flour by 1-2 tablespoons per cup (8-16 g of all-purpose flour)
• Reduce sugar by 1-2 tablespoons per cup (12-25 g)

These adjustments are most reliable when expressed in grams because the percentage change relative to total weight is what matters physically. Adding “2 tablespoons of flour” means different things at different altitudes if the original cup was scooped vs spooned.

Ingredient substitutions and weight equivalents

When substituting one ingredient for another, weight equivalents are more reliable than volume equivalents. Different forms of the same ingredient have different densities, so volume measurements create wrong ratios.

Flour substitutions by weight: Replacing all-purpose flour with almond flour in equal gram amounts keeps the structural ratio correct. Volume substitution fails because almond flour is much less dense (96 g/cup vs 125 g/cup for all-purpose).

Liquid sweetener substitutions: When swapping honey for sugar, use gram equivalents and reduce other liquids by about 15% to compensate for the additional moisture honey brings. 200 g of sugar replaced by 175 g of honey is a commonly used ratio.

Oil and butter equivalence: Butter is approximately 80% fat. 113 g butter (1/2 cup) contains about 90 g of fat. Replacing with oil: use 90 g (about 98 mL) of pure oil. Volume substitution of 1/2 cup butter for 1/2 cup oil gives too much fat because butter contains water and milk solids that oil does not.

In every substitution, weight-based conversion gives the correct functional ratio. Volume-based substitution introduces errors from density differences between ingredients.

Using these conversions for nutritional tracking

Tracking food intake for health, fitness, or medical purposes requires accurate weight measurements. Most nutrition databases list macronutrients per 100 g of a food. Converting the amount you actually used (in tablespoons, teaspoons, or mL) to grams lets you look up the accurate nutritional content.

For cooking oils, a recipe might say “2 tablespoons of olive oil.” Converting: 2 tablespoons × 14.787 mL/tbsp × 0.915 g/mL = 27.1 g. Looking up 27 g of olive oil in a nutrition database gives accurate calorie and fat content for that dish.

For sweeteners, “1 tablespoon of honey” = approximately 21.25 g. At 3 kcal/g for carbohydrates, and honey being about 80% carbohydrates by weight: 21.25 × 0.80 × 4 = 68 kcal per tablespoon. The standard nutrition label value for honey is 64-68 kcal per tablespoon, confirming this calculation.

Accurate gram weights also matter for sodium tracking. A teaspoon of table salt = 5.69 g × 39.3% sodium = 2.24 g sodium = 2240 mg. Dietary guidelines recommend under 2300 mg sodium per day, so one teaspoon of salt is essentially the entire daily allowance.