The atom Regulatory Commission's science 101: What is Matter?

*
Everything the exists is consisted of of matter. Matter has actually two basic properties: volume and also mass. Volume merely refers to the space an thing takes up. Relying on the physics state of an object, there room a pair ways to measure volume. If we space trying to measure the volume of a box, because that instance, we would certainly multiply the size of package by that height and also by that width.

You are watching: What is the measure of how much space an object takes up?

Let's say the we have a box v the complying with dimensions: size = 3 meter ("m"), height = 4m, and also width = 5m. Based on those dimensions, our crate would have actually a volume of 60m3 (3m x 4m x 5m = 60m3). The is, again, a measure up (in cubic meters) of just how much three-dimensional room our box takes up.

If, on the other hand, ours object was a liquid, we can use a i graduated cylinder (a scientific measuring cup) to measure the volume of our object. This measure would be reported in liters. Again, a liter is just a measure of just how much room a liquid takes up. For example, you have the right to purchase soda in 2-liter bottles.

Since we've been talking a tiny about measurements, it can make sense at this suggest to distinguish between quantity and also units. Reasoning again around our example, the quantity we space trying to measure is volume. The unit we use to report this measure is in liters or cubic meters.

.

*
Now, let's currently talk around the other basic property of matter — mass. As soon as we talk around mass, we room referring to just how much "stuff" is in one object. To illustrate this, think about two pieces of candy, both that the same kind and both the exact same size, but one of them is hollow. The candy that isn't hollow has much more mass compared to the hole candy. Provided that we regularly use scales to measure mass, you can think that mass and weight space the very same thing. But they aren't. Fixed is the measure up of matter in a details object. No issue where the object is in the vast universe, the will have the very same mass.

Weight, ~ above the other hand, is a measure up of how much gravitational pressure is exerted on one object. When the weight of an item is proportional come its fixed (the more mass of an item the an ext it will weigh), gravity varies follow by wherein you space in the universe or also where you room on Earth—you actually sweet more, because there is a greater gravitational force, on the poles than you would at the equator. So, while an item will have actually a details weight right here on Earth, it will not have actually the exact same weight on the moon. The would, however, have actually the very same mass both places.

Now that we have the right to determine if other is matter (if it has volume and also mass), we can use another measurement, density, to determine what kind of matter a problem is. Density is the proportion of how much mass is in an object compared come the volume of that object. Density is calculation by dividing an object's massive by its volume.

Think back to ours box v a volume that 60m3. Let's say that our box has a fixed of 240 grams (g). If that were the case, the density of our box would be 4 g/m3 (240g / 60m3). Density is nothing more than a method of stating how much issue fits within a details volume. Using the 2 pieces the candy, if both have the same size (or volume), the heavy one has much more mass when contrasted to the hollow one and, as such, the solid candy is much more dense (more matter in a specific volume) than the hollow candy.

See more: Does Your Internet Bill Show History Show Up On Internet Bill? (Answered)

Because the density of a particular substance (something v a identified composition, such as pure copper), is the very same for all piece of that substance, regardless of size, thickness is often advantageous in determining the identification of a particular object. Once we've calculated the density of one object, we can compare that value to the well-known densities because that substances to determine what substance we believe the object is.