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Cooking Converter – Cups to Grams | MyToolSpace

Free Ingredient-Aware Cooking and Baking Converter

Cooking Converter Online – Cups to Grams, Recipe Scaler & Oven Guide

Convert cups to grams by ingredient, tablespoons to teaspoons, ounces to millilitres and oven temperatures with MyToolSpace. Scale recipes, compare pan sizes, explore substitutions and estimate nutrition or ingredient costs.

Cups to Grams Grams to Cups Recipe Scaler Oven Temperature Converter Baking Pan Converter

Ingredient-aware converter

Ingredientused for this conversion

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Supports fractions (1/2, 1 3/4) and decimals (0.25)

120

1 cup all-purpose flour = 120 g

Cup → Gram (All-Purpose Flour) table

Cup (cup)	Gram (g)
1/4	30
1/2	60
3/4	90
1	120
2	240
3	360
4	480
5	600
6	720
8	960
10	1,200

Popular cooking conversions

Kitchen measurement reference

1 tablespoon=3 teaspoons

1 cup=16 tablespoons

1 cup=48 teaspoons

1 cup=8 fluid ounces

1 cup=≈ 237 ml

1 pint=2 cups

1 quart=4 cups

1 gallon=16 cups

1 fluid ounce=2 tablespoons

1 pound=16 ounces

1 ounce=≈ 28.35 grams

1 stick butter=1/2 cup (113 g)

Formats: US CUPS, GRAMS, KILOGRAMS, MILLILITRES, LITRES, TEASPOONS, TABLESPOONS, FLUID OUNCES, OUNCES, POUNDS, CELSIUS, FAHRENHEIT, GAS MARKS

24 Ingredient Reference Database
US Cup-Based Weight Estimates
Fractions and Mixed Numbers
Instant Browser-Based Results
Clear Approximation Guidance

Ingredient-Specific Results Serving and Batch Scaling Kitchen Reference Tables TXT / CSV / PDF Output No Sign-Up Required

What Is an Online Cooking Converter and Who Needs One?

A cooking converter changes recipe measurements between units such as US cups, tablespoons, teaspoons, grams, ounces and millilitres. It is particularly useful when an international recipe uses unfamiliar units, a baker wants to replace approximate volume scoops with gram weights, or a home cook needs to resize quantities for more guests. A direct unit conversion works for quantities of the same kind, but cups-to-grams requires information about the actual ingredient.

MyToolSpace Cooking Converter combines the ingredient-aware measurement workflow with a recipe scaler, pan adjustment, oven-temperature guide, substitution reference, kitchen timer and approximate nutrition and cost calculations. Instead of searching separately for a cups to grams converter, baking conversion chart, oven Celsius to Fahrenheit calculator and recipe serving calculator, you can approach these related tasks from one page. The tool explicitly bases its household cup conversions on the US customary cup, approximately 236.6 ml.

The goal is practical consistency rather than an unrealistic promise of identical cooking outcomes. Standard published weights help you prepare a recipe, but brands, moisture, packing, measuring technique and the equipment you use can change real results. Weigh sensitive baking ingredients where possible and use a thermometer or established food-safety guidance for finished food rather than assuming a time conversion establishes doneness.

Measure with Context: Select the ingredient when converting between mass and volume.
Convert International Recipes: Bridge US customary and metric recipe notation.
Plan Batch Sizes: Scale a recipe without recalculating each amount by hand.
Verify in the Kitchen: Use a scale, thermometer and recipe-specific judgment.

Cups to Grams and Grams to Cups: Why Ingredients Matter

A US cup is a measure of volume, not a fixed weight. On the MyToolSpace reference chart, one US cup of all-purpose flour is approximately 120 g, granulated sugar 200 g, butter 227 g, honey 340 g and uncooked rice 185 g. Applying a universal 240 g per cup would produce serious errors for several of these ingredients. Choose the right ingredient before reading a cup-to-gram conversion, particularly in bread, cake, pastry and confectionery recipes.

To convert cups to grams, the tool multiplies the number of cups by the standard cup weight for that ingredient. For the supplied flour reference, 1.5 cups × 120 g per cup gives about 180 g. To convert grams to cups, divide the gram quantity by the relevant grams-per-cup reference: 300 g of granulated sugar divided by 200 g per cup gives approximately 1.5 cups. These are reference-based estimates, not measurements of the contents of a particular packet.

Loose powders trap air and can compact when dipped or shaken. One cook may spoon flour lightly into a cup; another may scoop directly from the bag. That physical difference explains why recipe developers often specify weights. When the exact brand or product changes the density substantially, follow the producer’s label or a tested recipe instead of treating the standard table as an absolute guarantee.

Tablespoons, Teaspoons, Fluid Ounces and Millilitres

For the US customary kitchen references used on the page, 1 cup equals 16 tablespoons or 48 teaspoons, while 1 tablespoon equals 3 teaspoons. A US cup corresponds to approximately 236.6 millilitres, and a US fluid ounce is about 29.57 millilitres. These relationships help when you need to halve a dressing, increase a marinade or use spoons instead of a missing measuring cup.

Distinguish fluid ounces from ounces of weight. Fluid ounces describe volume; avoirdupois ounces measure mass. Water may make their numerical values seem similar in some recipe contexts, but a fluid ounce of honey and a fluid ounce of oil do not weigh the same. Use an ingredient density when crossing between volume and mass, and choose a liquid-measuring jug for liquids and a scale for weights.

Metric teaspoons are often treated as 5 ml and tablespoons as 15 ml, but spoon conventions differ by location; for example, some Australian recipes use a 20 ml tablespoon. MyToolSpace prominently uses US cooking references, so check the originating recipe’s country before transferring a spoon measurement into a demanding baking formula.

Approximately 236.6 ml, not the 250 ml metric cup.

How to Scale Recipes for 2, 10, 50 or 500 Servings

A recipe scaler multiplies listed ingredient quantities by the ratio of desired servings to original servings. If a recipe makes four portions and you want six, the scale factor is 6 ÷ 4 = 1.5. Thus 200 g of rice becomes 300 g, while 2 tablespoons of seasoning become 3 tablespoons. MyToolSpace includes serving controls and larger batch presets of 10, 50, 100 and 500 for food preparation planning.

Ingredient arithmetic scales linearly, but the cooking process does not always do so. A double batch can require a wider pan, longer cooling time or separate cooking batches. Salt, hot spices, baking powder, yeast and thickening agents may need recipe-specific reassessment. A large catered batch also introduces temperature control, holding time, mixing and hygiene considerations not solved by multiplying quantities.

For reliable recipe resizing, first convert sensitive ingredients into grams, set your desired portion count, then review each output against the cookware you actually have. Verify whether the source recipe’s serving size refers to a starter, main dish or small tasting portion. Use the resulting shopping list as an estimate and allow sensible buffer for trimming, loss and leftovers.

Celsius to Fahrenheit and Gas Mark for Baking Ovens

An oven temperature converter bridges recipes written in degrees Celsius, Fahrenheit and traditional gas marks. The exact Celsius-to-Fahrenheit relationship is °F = (°C × 9/5) + 32; the reverse is °C = (°F − 32) × 5/9. For example, 180°C mathematically converts to 356°F, while 200°C equals 392°F. Actual oven dial settings are often rounded to common values such as 350°F or 400°F.

Gas marks represent conventional oven settings rather than a mathematically continuous measurement scale. Gas mark 4 commonly corresponds to around 180°C or 350°F, and gas mark 6 to roughly 200°C or 400°F. A gas-mark table is therefore approximate and should not be misread as a universal laboratory standard. Fan ovens may also require a different setting from conventional ovens depending on the recipe and manufacturer.

Use MyToolSpace to understand the requested oven setting, then check the cooking appliance manual. Actual cavity temperatures can swing around the set point; an independent oven thermometer and visual checks help for cakes, biscuits and bread. Avoid assuming that a converted number alone guarantees the same baking behavior in every oven.

Baking Pan Size Converter: Round and Rectangular Recipes

When moving a cake recipe to a different pan, compare cooking surface area rather than diameter alone. A round pan has area π × radius squared, while a rectangle has area length × width. Moving from an 8-inch round pan to a 10-inch round pan changes area by 10² ÷ 8² = 1.5625, so maintaining a similar batter depth calls for roughly 1.56 times the ingredient quantity.

An 8-by-8-inch square pan has an area of 64 square inches, and a 9-by-13-inch pan has 117 square inches. At equal batter depth, the second pan would need around 117 ÷ 64 = 1.83 times as much batter. That ratio is an area estimate and assumes comparable shape and filling height. Special molds, bundt pans and unusually deep tins require additional volume and heat-transfer judgment.

A pan converter helps preserve approximate thickness, but oven temperature and bake time should not be scaled by the same factor as ingredients. Large or deep cakes may cook unevenly, and a thinner tray can finish faster. Follow a tested recipe when possible, never overfill a tin and check the center for proper doneness.

Round Pans: Compare squared diameters when both pans are round.

Air Fryer and Pressure Cooker Conversion: Practical Limits

The page includes air-fryer and pressure-cooker guidance for adapting recipes written for conventional cooking. A common first-pass air-fryer guideline is to lower oven temperature by approximately 15°C or 25°F and shorten cooking time by about 20%. This is a rule of thumb, not an appliance-independent equation: air circulation, basket loading, ingredient shape and preheating cause major differences.

Pressure cooking requires even more recipe-specific care because steam pressure, liquid requirements and release method change the way food cooks. A rough conversion from a conventional cook time should never replace tested pressure-cooker instructions, especially for grains, beans, meat, thick sauces or foaming ingredients. Follow the cooker’s minimum-liquid requirement and never bypass its safety mechanisms.

For poultry, fish, leftovers and other foods needing careful handling, use recommended internal temperatures and reputable safety guidance. Some recipes cannot be directly converted between oven, air fryer and pressure cooker without changing technique. The converter provides a starting estimate so the cook can plan, not a guarantee of safe cooking or identical texture.

Ingredient Substitutions Without Losing Recipe Structure

An ingredient substitution guide is helpful when you run out of a pantry staple, need to adapt an international recipe or want an alternative texture. MyToolSpace provides a searchable list of common swaps. A replacement should be evaluated for more than its volume: fat level, acidity, sweetness, water content, leavening reaction and binding ability can all affect the cooked result.

For example, a common homemade buttermilk substitute uses an acid such as lemon juice or vinegar combined with milk and allowed to stand briefly. The resulting mixture may substitute in some baking tasks, but it is not identical to cultured buttermilk in viscosity, flavor or microbiology. Likewise, replacing butter with oil may alter the crumb, creaming behavior and moisture even when fat amounts appear similar.

Allergen and dietary decisions require special care. A substitution card cannot guarantee an ingredient is gluten-free, dairy-free or safe for a particular allergy; read labels and assess cross-contact risk. In commercial food service, test the adjusted recipe and document the ingredient list before offering it to customers.

Recipe Calories, Macros and Cost Per Serving

The cooking tool includes approximate ingredient nutrition and cost planning. Nutritional estimates are commonly based on reference calories, protein, carbohydrate and fat per 100 g multiplied by the entered ingredient weight. The result is useful for comparing recipe variations, but the database value may not match a particular brand, cooked weight, moisture loss or recipe yield.

For costing, enter purchase prices and usable quantities consistently. A recipe made from ingredients costing 300 currency units that produces six portions has a basic ingredient cost of 50 units per serving. This is not the complete selling price: waste, packaging, labor, utilities, delivery and overhead may be significant. Keep purchase currency and measurement units consistent to avoid a false cost comparison.

Nutrition estimates should not be presented as medical or labeling-grade results. Commercial nutrition labels and therapeutic diets can require verified ingredient databases, laboratory analysis and jurisdiction-specific rules. The calculator is most suitable for early meal planning, personal reference and rough recipe comparison.

US Cups vs Metric Cups and Global Recipe Conventions

Recipe measurements vary by country and publication date. A US customary cup is approximately 236.6 ml, while a metric cup commonly means 250 ml. US recipes typically use Fahrenheit for ovens; many European, Indian and Australian recipes use Celsius, grams and millilitres. The word ounce may indicate a weight or fluid volume depending on context, and a pint has different sizes in US and UK systems.

The MyToolSpace ingredient table is specifically based on US cups. That matters for a recipe copied from a region where the cup is 250 ml: treating those cups as US cups creates an approximately 5.7% volume difference. For precision baking, confirm the standard stated by the recipe author and weigh the ingredients if the source gives gram values.

For users in India and elsewhere working from international baking blogs, translate both ingredient quantities and oven settings deliberately. Do not treat all imperial-looking units as identical. Label your saved or printed conversions with the originating unit system so other household members or kitchen coworkers can follow them without guessing.

US Customary Cup: About 236.6 ml.

Improving Baking Accuracy with Scales and Consistent Technique

Ingredient-aware conversion is a substantial improvement over a single cups-to-grams number, but density tables are still standardized approximations. Flour changes mass with scooping, humidity and settling; brown sugar may be packed; cocoa powder can clump; chopped ingredients have large air gaps. For cakes, breads and pastries, weigh ingredients on a digital scale and follow the original tested recipe’s gram quantities when available.

When only cups are provided, select the precise ingredient and use the tool’s gram estimate as a sensible starting point. If the recipe says sifted flour, packed sugar or melted butter, follow those preparation details. Use level spoon measurements for small dry quantities, avoid reading liquid levels from above and reset the scale after each addition as needed.

Record successful adjustments instead of relying on memory. If your oven runs hot, flour brand is unusually absorbent or pan has a different finish, note what changed and how the result baked. The best converter supports a repeatable process; it does not remove the effect of kitchen conditions.

Grams are normally more repeatable for baking.

Cooking Converter vs Generic Unit Calculators and Recipe Websites

A general unit converter can change ounces to grams or cups to millilitres, but a volume-to-mass answer is not ingredient-neutral. When people search for alternatives to Google unit conversion, Omni Calculator, Inch Calculator or The Calculator Site cooking references, the key requirement is not a longer list of unit names; it is whether the tool asks which ingredient is being measured and states its reference assumptions.

MyToolSpace focuses on cooking tasks around the measurement itself: ingredient-aware cup weights, serving scaling, pan area, Celsius/Fahrenheit/gas mark references, substitutions and approximate nutritional or cost planning. This can reduce hopping between a recipe scaler, cooking conversion chart and a separate baking pan calculator. It does not replace a tested cookbook, appliance manual, professional nutrition service or real kitchen measurements.

Choose an online cooking measurement converter based on source transparency, sensible input formats, clear limitations and the specific task. For simple tablespoons-to-teaspoons calculations, either a generic converter or dedicated cooking tool works; for flour cups-to-grams, a dedicated ingredient reference is more useful. The best workflow is one you can verify and consistently repeat.

Ingredient Weight Chart — Approximate Grams per US Cup

Reference weights shown on the MyToolSpace page. Real weights vary with product and packing.

	1 US cup	1 US tablespoon	1 US teaspoon
All-purpose flour	120 g	7.50 g	2.50 g
Bread flour	127 g	7.94 g	2.65 g
Cake flour	114 g	7.12 g	2.38 g
Whole wheat flour	120 g	7.50 g	2.50 g
Almond flour	96 g	6.00 g	2.00 g
Coconut flour	112 g	7.00 g	2.33 g
Cornstarch	120 g	7.50 g	2.50 g
Granulated sugar	200 g	12.50 g	4.17 g
Packed brown sugar	220 g	13.75 g	4.58 g
Powdered sugar	120 g	7.50 g	2.50 g
Butter	227 g	14.19 g	4.73 g
Olive oil	216 g	13.50 g	4.50 g
Vegetable oil	218 g	13.62 g	4.54 g
Milk	240 g	15.00 g	5.00 g
Yogurt	245 g	15.31 g	5.10 g
Heavy cream	238 g	14.88 g	4.96 g
Honey	340 g	21.25 g	7.08 g
Maple syrup	322 g	20.12 g	6.71 g
Cocoa powder	85 g	5.31 g	1.77 g
Uncooked rice	185 g	11.56 g	3.85 g

Additional Ingredient Reference Weights

Additional approximate values from the on-page ingredient chart.

	1 US cup	1 US tablespoon	1 US teaspoon
Rolled oats	90 g	5.62 g	1.88 g
Table salt	288 g	18.00 g	6.00 g
Chocolate chips	170 g	10.62 g	3.54 g

Quick US Kitchen Measurement Equivalences

Volume and mass measurements must not be mixed without an ingredient density.

	Equivalent	Notes
1 US cup	16 tablespoons	US customary volume
1 US tablespoon	3 teaspoons	Approximately 14.79 ml
1 US cup	48 teaspoons	US customary spoons
1 US cup	8 US fluid ounces	Fluid volume
1 US cup	236.59 ml	Approximate metric equivalent
1 US pint	2 US cups

Oven Temperature and Pan Conversion Examples

Oven/gas-mark pairings and pan ratios are approximate cooking references, not fixed baking-time predictions.

	Result	Important note
160°C to °F	320°F	Often a low-to-moderate oven
180°C to °F	356°F	Recipes may round to 350°F
200°C to °F	392°F	Recipes may round to 400°F
220°C to °F	428°F	Recipes may round to 425°F
Gas mark 4	Approximately 180°C	Conventional chart
Gas mark 6	Approximately 200°C

Frequently asked questions

What is MyToolSpace Cooking Converter?

It is a browser-based cooking measurement and baking reference tool. It converts units such as US cups, grams, millilitres, tablespoons and ounces, uses ingredient-specific weights for volume-to-mass estimates, and includes recipe serving, pan and oven calculations. It also offers substitution references and approximate nutrition and cost estimates.

Is the cooking measurement converter free?

The public MyToolSpace page describes the converter as free and usable without sign-up. Its documented workflow runs in the browser. Some broader site membership features may differ, so use the actual current interface for availability rather than assuming every site-wide Pro function is included.

How many grams are in one cup of all-purpose flour?

The MyToolSpace chart uses approximately 120 g for one US cup of all-purpose flour. Two cups would therefore be approximately 240 g, and a half cup about 60 g. Actual packed or scooped flour can differ, so weighing is preferable for reliable baking.

How many grams are in a cup of sugar?

For granulated sugar the page uses 200 grams per US cup. Packed brown sugar is listed at about 220 g per cup and powdered sugar at about 120 g per cup. Select the specific sugar rather than applying one sugar weight to every recipe.

How much does one cup of butter weigh?

One US cup of butter is approximately 227 grams, equivalent to two common US butter sticks. One stick is approximately 113 grams or half a US cup. Ingredient brand and packaging may use slightly different rounded values.

How many grams are in one cup of honey?

The tool lists about 340 grams per US cup of honey. Honey is substantially denser than flour or many cooking oils, so a generic cups-to-grams conversion can be very inaccurate. Choose honey as the ingredient when converting.

How do I convert grams to cups?

Choose the ingredient, set grams as the source unit and cups as the destination, then enter the weight. For the reference of 200 g of granulated sugar per cup, 100 g is approximately half a US cup. The formula is grams divided by that ingredient’s grams per cup.

Are cups weight or volume?

Cups measure volume. Grams measure mass, commonly called weight in recipes. Converting a cup amount to grams needs a density or established ingredient weight reference. That is why a cup of flour, sugar and honey have different weights.

How many millilitres are in a US cup?

One US customary cup is approximately 236.6 millilitres, often rounded to 237 ml for kitchen use. A metric cup is typically 250 ml, so identify the originating recipe standard before making a precision-sensitive conversion.

Is a US cup the same as a metric cup?

No. A US cup is approximately 236.6 ml, while a metric cup is 250 ml. The difference matters when baking with tight ratios. This tool labels its common ingredient weight values as US-cup references.

How many tablespoons are in one cup?

There are 16 US tablespoons in one US cup, or 48 US teaspoons because each tablespoon equals three teaspoons. If your recipe comes from a region using different spoon definitions, verify its measurement convention.

How many teaspoons equal one tablespoon?

Under the US cooking measurement reference, one tablespoon equals three teaspoons. That is a volume relationship, so it applies regardless of ingredient. A tablespoon of flour and a tablespoon of honey still have different masses.

Is one fluid ounce the same as one ounce?

No. A US fluid ounce is a volume measure of roughly 29.57 ml, while an avoirdupois ounce is a mass measure of about 28.35 g. The weight of a fluid ounce depends on its ingredient density.

Can I convert ounces to grams for baking?

Yes. Weight ounces can be converted using 1 avoirdupois ounce = 28.3495 g approximately. If your source says fl oz, it instead specifies volume and may require choosing the ingredient to find grams.

Can I enter 1/2, 3/4 or 1 1/2 cups?

Yes. The page explicitly accepts simple fractions, mixed numbers and decimals. Enter a value such as 1 3/4 without manually turning it into 1.75 first, then check the displayed result.

Troubleshooting

Problem	Likely cause	What to do
Cups to grams result looks too high	The wrong ingredient was selected or a dense ingredient reference is being applied to a lighter powder.	Select the specific ingredient and compare with the on-page US-cup weight chart; weigh a sample if precision is essential.
Flour weights differ from a recipe book	Flour type, packing technique or reference convention differs between sources.	Prioritize the gram quantity from the tested recipe; otherwise use one documented cup standard consistently.
Half cup converts differently than expected	A metric 250 ml cup was confused with the US customary cup.	Check which cup size the original recipe means and convert through millilitres when needed.
Fraction input is not recognized	A slash, mixed-number separator or pasted typographic fraction may not match the supported input syntax.	Try a simple value such as 1/2, 1 3/4 or a decimal like 1.75; remove extra symbols.
Mixed number gives a surprising result	The entered value may be missing a space or interpreted as a different number.	Write the input clearly as 1 1/2 or use 1.5 and verify the displayed starting quantity.
Grams to cups seems inconsistent	The ingredient density or cup standard was changed between conversions.	Use the same ingredient on both directions and allow for rounding to display-friendly fractions.
Fluid ounces and ounces disagree	Fluid ounces measure volume and ordinary ounces measure mass.	Select the correct unit and ingredient. Avoid converting fluid volume directly into mass without density.
Recipe scaler changes some quantities unexpectedly	Original and target serving counts may have been reversed or an item has an unusual input unit.	Verify the scale factor as target servings divided by original servings, then inspect each line item.
Doubled recipe does not bake in double the time	Cooking time is not generally proportional to ingredient quantity.	Choose appropriate cookware, preserve batter depth where possible and check progress and safe doneness.
Scaled salt tastes too strong	Flavor intensity and cooking conditions may not scale perfectly in the final dish.	Use the numeric output as a planning reference, then season progressively and taste where safe.
Pan size calculator gives a large multiplier	Pan area grows with the square of round diameter or product of rectangular dimensions.	Check the entered shape and dimensions, calculate the area ratio and consider batter depth.
Cake overflows a new pan	Area scaling did not account for real pan depth, batter rise or safe filling level.	Check capacity and never overfill; divide batter between pans where appropriate.
Gas mark differs from Fahrenheit chart	Gas marks are approximate oven settings and published charts use rounded temperatures.	Use the oven manual and recipe context, and treat gas-mark output as a practical guide.
Oven temperature seems wrong after conversion	An exact mathematical Celsius/Fahrenheit result is being compared with a rounded recipe setting.	Separate exact unit conversion from customary oven-dial rounding and verify the heating mode.
Air fryer finishes faster than estimated	Airflow, loading, thickness and preheating differ between appliances.	Check earlier, lower exposure if needed and verify safe internal temperature for relevant foods.
Pressure cooker recipe is undercooked	Food type, size, pressure level or release method did not match the rough time estimate.	Follow the manufacturer and a tested pressure-cooker recipe, including liquid and release directions.
Substitute changes cake texture	Replacement ingredient has different moisture, protein, fat, acidity or leavening effects.	Use a substitution intended for that recipe type and test a small batch before committing.
Nutrition estimate differs from package label	The tool uses representative per-100-g nutrition values rather than the exact packaged product.	Use label data for your brand; account for cooking yield and preparation when required.
Cost per serving is underestimated	Waste, packaging, labor, utility expense or an incorrect yield was omitted.	Recalculate usable serving count and add non-ingredient costs before making a selling-price decision.
Exported CSV opens with odd formatting	Spreadsheet locale or delimiter assumptions changed the presentation.	Import CSV with the correct delimiter and check decimals, fractions and unit labels before printing.
PDF export formatting is cramped	The browser print or PDF layout may reflow long tables on a narrow page.	Use a suitable page orientation, inspect print preview and divide oversized references if necessary.
Recent conversions disappeared	Local browser history was cleared or a different profile/device was used.	Check the original browser and keep important results in exported notes or a recipe file.

Ingredient-aware converter

Cup → Gram (All-Purpose Flour) table

Popular cooking conversions

Kitchen measurement reference

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How to use Cooking Converter

Choose Ingredient and Measurement

Enter Amount or Recipe Settings

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Key features

Ingredient-Aware Cups to Grams

Flexible Fractions and Decimals

Reference Conversion Tables

Recipe Serving Scaler

Baking Pan Area Converter

Oven Temperature and Gas Marks

Air Fryer and Pressure-Cooker Guidance

Ingredient Substitution Guide

Nutrition and Cost Estimates

Copy, Print and Export

What Is an Online Cooking Converter and Who Needs One?

Cups to Grams and Grams to Cups: Why Ingredients Matter

Tablespoons, Teaspoons, Fluid Ounces and Millilitres

How to Scale Recipes for 2, 10, 50 or 500 Servings

Celsius to Fahrenheit and Gas Mark for Baking Ovens

Baking Pan Size Converter: Round and Rectangular Recipes

Air Fryer and Pressure Cooker Conversion: Practical Limits

Ingredient Substitutions Without Losing Recipe Structure

Recipe Calories, Macros and Cost Per Serving

US Cups vs Metric Cups and Global Recipe Conventions

Improving Baking Accuracy with Scales and Consistent Technique

Cooking Converter vs Generic Unit Calculators and Recipe Websites

Ingredient Weight Chart — Approximate Grams per US Cup

Additional Ingredient Reference Weights

Quick US Kitchen Measurement Equivalences

Oven Temperature and Pan Conversion Examples

Common use cases

Home Cooks Following Global Recipes

Home Bakers and Cake Makers

Culinary Students

Families and Meal Planners

Caterers and Batch Kitchens

Small Food Businesses

Recipe Writers and Bloggers

Dietary and Ingredient-Swap Planners

Quick Mobile Kitchen Reference

Practical tips

Select the Exact Ingredient

Keep US and Metric Cups Separate

Prefer Grams for Sensitive Baking

Retain Original Recipe Ratios

Scale Pan Area, Not Diameter

Do Not Scale Cooking Time Linearly

Use Air-Fryer Rules as Estimates

Follow Pressure-Cooker Safety Instructions

Check Actual Food Temperatures

Treat Nutrition Numbers as Estimates

Account for Waste in Costs

Review Exports Before Sharing

Frequently asked questions

Troubleshooting