Walnuts (chopped): Cups to Grams

Walnuts (chopped) has a density of 0.42 g/mL, so converting between volume (cups, tablespoons) and weight (grams, ounces) needs this specific figure rather than a generic one. One US cup of walnuts (chopped) weighs about 99.36705933 g.

Walnuts (chopped) volume to weight table

Grams and ounces for common volume measurements, calculated from a density of 0.42 g/mL.

VolumeWeight (g)Weight (oz)
Teaspoon2.0701470690.07302228896
Tablespoon6.2104412080.2190668669
Fluid Ounce12.420882420.4381337337
Cup (US)99.367059333.50506987
Pint (US)198.73411877.01013974
Quart (US)397.468237314.02027948
Gallon (US)1,589.87294956.08111792
Milliliter0.420.01481506402
Liter42014.81506402
Cubic Centimeter0.420.01481506402
Cubic Inch6.882566880.2427754022
Cup (Metric)1053.703766005

How to measure it accurately

Chopped walnuts leave big air gaps, giving one of the lower densities here. How finely you chop them changes the weight of a cup noticeably.

Use the full cooking converter

For any other volume or weight unit, or to convert weight back to volume, use the Cooking Converter and select Walnuts (chopped) from the ingredient list.

Frequently asked questions

How many grams in a cup of walnuts (chopped)?

1 US cup of walnuts (chopped) weighs about 99.36705933 grams (3.50506987 oz), using a density of 0.42 g/mL.

How many grams in a tablespoon of walnuts (chopped)?

1 tablespoon of walnuts (chopped) weighs about 6.210441208 grams.

How many grams in a teaspoon of walnuts (chopped)?

1 teaspoon of walnuts (chopped) weighs about 2.070147069 grams.

Why does walnuts (chopped) have a different gram weight than other ingredients?

Because grams measure mass and cups measure volume, the conversion depends on density. Walnuts (chopped) has a density of 0.42 g/mL, so it is lighter than the same volume of water.

Does how I measure walnuts (chopped) matter?

Chopped walnuts leave big air gaps, giving one of the lower densities here. How finely you chop them changes the weight of a cup noticeably.

Ingredients of similar density

Densities are typical values; how an ingredient is packed can change actual weight. See our disclaimer.