Understanding Colorimetry Chemistry

Understanding Colorimetry ChemistryIf you are wondering how colorimetry chemistry works, you will be pleased to know that this wonderful science is a very broad topic. It not only deals with the physical properties of certain materials but also with how colors are created. It is an important component of all forms of chemical engineering and it can be applied to a wide variety of areas.Colors are formed by the intensity of light, the wavelength, and the intensity of the scattering of light by the surface. Some materials react to light in a similar way and create hues in their appearance that are identical to their original color. These are called members and they are created by the crystallization of iron (Fe) and the presence of oxygen (O2).Other materials actually change their colors due to different factors. One of these is the absorption of ultraviolet radiation. UV light can be absorbed by many substances but the dominant substance for absorption is iron (Fe) which absorbs the U V energy. However, if a substance contains zinc, the amount of absorption is decreased while the overall color remains the same.The color of the object is affected by the materials that compose it. A piece of jewelry or a picture that is painted bright yellow will still look yellow when someone touches it. The reason for this is that some components within the object absorb the yellow light while others absorb blue light.Colors in the sky, plants, animals, and even people have many factors in common. The overall color of a particular body part, such as a head, is determined by a combination of its hues and the surroundings it is exposed to. For example, if a person is painted white and exposed to direct sunlight, the color of the sun's rays will be reflected from the skin. This color will appear on the surface of the body.Plants are another area where colorimetry chemistry takes place. This is done by the particles that make up them. The colors that we see are the results of the pig ments within the plant's cells and the particular properties of those pigments.Colorimetry chemistry can be applied to a wide variety of applications. The beauty of its potential applications is shown by its long and successful history and that there are now even books devoted to the subject.