Where is 1 4 of a cup

To make things more confusing, although most recipes use cups for liquid measurements, most commercial products use fluid ounces. One important thing to note with these cooking measurement conversions is that they directly translate imperial measurements to their metric counterparts. But, it's common in recipes using the metric system to use weight measurements for dry ingredients instead of volumetric ones.

If you don't have a kitchen scale handy, you might have to be a bit clever with your measuring cups. Standard Measurements in Sports. The Best Freezers. Need to store some food? There are several ways to measure using other tools. Just be sure you're converting identical forms of an ingredient. You check the dishwasher, a few other drawers and the kids' play kitchen, but it has disappeared. Often, a recipe you want to try uses metric measurements instead of the standard U.

It helps to keep a conversion table nearby so you can easily refer to it. In recipes, you will most often need conversions of weights and liquids, such as:.

It's important to make sure you're converting ingredients that are identical or of the same form for the conversion to work successfully. When finding another way to measure water, you're still measuring the same ingredients. Substitute broth or hot sauce: If you decided that instead of water, you'd like to add broth, that should be fine because broth is mild but flavorful and acts the same as water in a recipe. From cups to grams to eggs, in cooking and in science, numbers need units to be measurements.

Try the Conversion Calculator for a specific value or use the tables below. Confusingly, they are also named dry pints and dry quarts. Using the above tables for dry measures in cooking will likely work just fine. Outside the US, dry ingredients are usually measured by weight. Use the table below to convert weights. If you're looking for a grams-to-teaspoons conversion chart, you won't find one here. Grams are a measure of mass, and teaspoons measure volume.

The correct conversion depends on the density of the item you're measuring.