It offers a direct relationship between "L sub Z," the intensity of light at depth "Z" and "L sub zero," the intensity of light at the ocean surface.
It offers a direct relationship between "L sub Z," the intensity of light at depth "Z" and "L sub zero," the intensity of light at the ocean surface. Thus, when used in conjunction with the Secchi disk, this law can allow for a measurement of the light attenuation of a body of water. In colorimetry it is often combined with Lambert's law for purposes of utility. The simplest statement of it might be that the absorptive capacity of a dissolved substance is directly proportional to its concentration in a solution. FTP, identify this chemical law useful in spectrophotometry experiments.
It offers a direct relationship between "L sub Z," the intensity of light at depth "Z" and "L sub zero," the intensity of light at the ocean surface.
{Beer’s} law