While the general rule is that as temperature goes up, the density lowers, water behaves differently between 0 ☌ and 4 ☌. However, we have a slight, but a super important anomaly when it comes to water. However, as with almost all materials, its density changes with temperature. We have prepared the grams to cups calculator specifically for that purpose.Īllow us to throw in a bit of a curve ball here by reminding you that if you want to calculate the density of pixels on your screen, this is not the calculator you are looking for try PPI calculator instead.įor most purposes, it's enough to know that the density of water is 1,000 kg/m 3. If you know the density of the product as well as its weight in grams, you can find the volume of the ingredient in cups. Sometimes people are looking to convert grams into cups. Plug in your result there the tool will convert it into: If your unit is not there, you can use our density conversion tool. If all you need is to convert between different units, just click on the units for density and select your desired units from the list. After typing these values into the density calculator, it will give you the result in kilograms per cubic meter. Make a note of the object's weight and volume. To make the calculation, you'll need to know a few other values to start with. The fastest way to find the density of an object is, of course, to use our density calculator. Or you can use our density calculator to make it a breeze! The following article is a fascinating read where you can learn the density formula and how density determines whether an object floats or sinks in water. You can see that iron's density is 7,870 kg/m³. Select metals in the material category and iron in the materials list. You can change it to your desired unit by clicking on its unit. Instantly, the calculator will populate the material's density value. Pick any material from the list in this category. We have a look-up density section for this purpose: You don't have to search for a separate reference to find the densities of common materials like aluminum. Immediately, our calculator tells you the cube weighs 10,800 kg. Enter the cube's volume and aluminum's density of 2,700 kg/m³. You can figure out its mass using this calculator. You can use this calculator in reverse, too! Consider a 4 m³ aluminum cube. It also remarks that this density is between our Sun's outer and inner core densities! Now, that's very dense! Instantly, our calculator will show you the object's density is 103,870 kg/m³. Next, click on the volume's unit and change it to cubic inches. Enter the weight of the object, changing the unit to kg first, if required. It also remarks on how high/low our density is compared to other materials or objects.įor example, consider an object that weighs 80 kg with a volume of 47 in³. You can click on the unit to change it to any other unit. Right away, the calculator will give you the density of the object. If the object is a cuboid, and you know its dimensions instead of the volume, click on the advanced mode button at the bottom left and enter the cuboid dimensions. To enter the mass in a different unit, click on the unit and change it before entering the value. Here, we will guide you on putting this density calculator to good use:Įnter the weight/mass of the object.
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