Advertisement
100% x 90
⚖️

Grams to Cups Converter

Convert between weight (grams) and volume (cups) for cooking ingredients

Convert Weight to Volume

All-purpose wheat flour • Density: 600 g/L

0.000
US Customary cups

0 grams of all-purpose flour = 0.000 cups

Conversion Formula

Grams to Cups: cups = weight ÷ (cup_volume × density ÷ 1000)
Cups to Grams: weight = cups × cup_volume × density ÷ 1000
Where density is in g/L and cup volume is in mL

Common Ingredient Conversions

Ingredient1 Cup (g)100g (cups)
Water236.60.42
All-Purpose Flour142.00.70
Milk (whole)243.70.41
Granulated Sugar199.90.50
Table Salt287.90.35
Honey336.00.30
Butter215.50.46
Olive Oil217.20.46
Rice (uncooked)201.10.50
Rolled Oats97.01.03

*Based on US Customary cups (236.59 mL). Values are approximate.

Advertisement
100% x 250

Cup Types Guide

US Customary

236.59 mL

US Legal

240 mL

Metric (UK/AU/NZ/CA/ZA)

250 mL

UK Imperial (pre-1970)

284.13 mL

Cooking Tips

Flour Measurement

Spoon flour into cup and level off for accuracy

Brown Sugar

Pack firmly for consistent measurements

Butter

Use room temperature for accurate volume

Why Density Matters

📊Different ingredients have different densities
⚖️Weight is more accurate than volume
🥄Packing affects volume measurements
🌡️Temperature affects density slightly

Understanding Grams to Cups Conversion

Why Conversion Matters

Converting between grams and cups is essential for accurate cooking and baking. Weight measurements (grams) are more precise than volume measurements (cups), especially for dry ingredients that can be packed differently.

Key Factors

  • Ingredient density: Different ingredients have different weights per volume
  • Cup type: Different countries use different cup sizes
  • Packing method: How tightly ingredients are packed affects volume

Conversion Formula

Basic Conversion

Cups = Grams ÷ (Cup Volume × Density ÷ 1000)
Grams = Cups × Cup Volume × Density ÷ 1000

Best Practices

  • Use a kitchen scale for most accurate measurements
  • Level off dry ingredients when using volume measures
  • Consider ingredient temperature and humidity
Advertisement
100% x 250