According to Elmhurst University, the five physical properties of matter are color, odor, shape, mass and texture. Other physical properties of matter relate to its freezing and boiling points, density and solubility.Continue Reading
The physical properties of matter describe the appearance or composition of a substance that can be observed without making any changes to the matter. According to Texas A&M University, the properties of matter can be either intensive or extensive. Intensive properties include color, odor, hardness and density. Extensive physical properties include its mass, weight and volume.
Intensive physical properties are characteristics that don't change regardless of the amount of matter being observed. For instance, the hardness of a diamond remains the same even if it's cut in half. Extensive properties are properties that change when the amount of matter changes. According to the University of California, mass, volume and length are examples of physical properties that change when the amount of matter present changes.
Two examples of a physical change of matter are water freezing into ice and water boiling into steam. Although the physical properties of the water change in both of these examples, its molecular components remain the same, whether its in a solid, gas or liquid state.Learn more about Chemistry
The properties of matter include an object's density, color, mass, volume, length, malleability and ability to change its chemical composition, according to the University of California, Davis. Scientists define matter as any object that contains molecules and is capable of taking up space.Full Answer >
Chemistry is the scientific study of the composition, properties and interactions of organic and inorganic matter. Chemistry is commonly used in fields of science and medicine, according to About.com.Full Answer >
Although light appears to exhibit some of the properties of matter under certain conditions, it is comprised of electromagnetic energy traveling from a source of emission in the form of quantized energy packets called photons. These energy packets are traveling energy fields that have no resting mass, no charge and travel through space at a constant, nondecaying speed of approximately 186,282 miles per second. The speed of light has been proven to remain consistent in a vacuum and has served as a universal constant for all forms of electromagnetic radiation.Full Answer >
Chemistry is referred to as the central science because it deals with the composition and properties of all types of matter, which are all composed of chemical elements. Chemical knowledge of matter is essential to understanding other branches of science, such as physics and biology.Full Answer >