500 Grams of Cocoa to Ounces Conversion
Questions: How many US fluid ounces of cocoa in 500 grams? How much are 500 grams of cocoa in ounces?
The answer is: 500 grams of cocoa is equivalent to 32 ( ~ 32) US fluid ounces(*)
'Weight' to Volume Converter
Grams of cocoa to US fluid ounces Chart
Grams of cocoa to US fluid ounces | ||
---|---|---|
410 grams of cocoa | = | 26.3 US fluid ounces |
420 grams of cocoa | = | 26.9 US fluid ounces |
430 grams of cocoa | = | 27.5 US fluid ounces |
440 grams of cocoa | = | 28.2 US fluid ounces |
450 grams of cocoa | = | 28.8 US fluid ounces |
460 grams of cocoa | = | 29.5 US fluid ounces |
470 grams of cocoa | = | 30.1 US fluid ounces |
480 grams of cocoa | = | 30.7 US fluid ounces |
490 grams of cocoa | = | 31.4 US fluid ounces |
500 grams of cocoa | = | 32 US fluid ounces |
Grams of cocoa to US fluid ounces | ||
---|---|---|
500 grams of cocoa | = | 32 US fluid ounces |
510 grams of cocoa | = | 32.7 US fluid ounces |
520 grams of cocoa | = | 33.3 US fluid ounces |
530 grams of cocoa | = | 33.9 US fluid ounces |
540 grams of cocoa | = | 34.6 US fluid ounces |
550 grams of cocoa | = | 35.2 US fluid ounces |
560 grams of cocoa | = | 35.9 US fluid ounces |
570 grams of cocoa | = | 36.5 US fluid ounces |
580 grams of cocoa | = | 37.1 US fluid ounces |
590 grams of cocoa | = | 37.8 US fluid ounces |
Note: some values may be rounded.
FAQs on cocoa volume to weight conversion
500 grams of cocoa equals how many US fluid ounces?
500 grams of cocoa is equivalent 32 ( ~ 32) US fluid ounces.
How much is 32 US fluid ounces of cocoa in grams?
32 US fluid ounces of cocoa equals 500 grams.
Weight to Volume Conversions - Cooking Ingredients
References:
Notes on ingredient measurements
It is a bit tricky to get an accurate food conversion since its characteristics change according to humidity, temperature, or how well packed the ingredient is. Ingredients that contain the terms sliced, minced, diced, crushed, chopped add uncertainties to the measurements. A good practice is to measure ingredients by weight, not by volume so that the error is decreased.