According to Purdue's Department of Chemistry, a solid is matter that retains a fixed volume and shape. Particles in a solid are rigid and locked in place.
Solids are defined as substances that retain their shape, even when they are not confined. Substances usually assume the solid state of being at lower temperatures than they do when they are liquids, gases or plasmas.
A solid shape is a three-dimensional figure that has width, depth and height. Examples of solid shapes include cubes, pyramids and spheres. Solid geometry is the study of solid shapes.
Some examples of solids include ice, silver and glass. Solids are a form of matter that retains its shape and volume even when taken out of a confining space such as a laboratory container.
A solid-state drive is a storage device that uses a series of semiconductors for data access and storage. This in different from a hard-disk drive, which uses magnetic spinning disks and read/write heads to store and access data.
Milk solids are small, dairy-derived food particles that contain lactose, caseins, whey proteins and trace minerals (also called ash content) of the products from which they were derived. Milk solids are added to many types of foods to create a uniform texture and somet...
Solids hold their shape and have a fixed volume. The molecules in solids are packed closely together and cannot be moved. Solids also have slow diffusion and low vapor pressure.
Solids are generally defined as "incompressible," but it is actually possible to compress some to a very small degree. However, it is difficult, and the solids' capacity to be compressed is limited as their particles are already close together and have relatively little...
A solid is scientifically defined as having structural rigidity and particles arranged with a relatively stable shape and a relatively stable volume. Unlike other states of matter, solids do not expand to take on the shapes of their containers, nor do they expand to fil...
When a solid is heated, the molecules that make up the solid begin to vibrate. This causes them to take up more space, and the solid matter expands. If the heat continues to build, it may provide enough energy for the particles to break free from their strong attraction...