If this law holds, a Job plot can be used. This law is derived by integrating negative N times sigmaover a series of thin slices. The ratio of two values computed using this law is used to assess the purityof a DNA sample. This law can be used to extrapolate points on a Bradford assay, assuming thesample is in the linear range. This law assumes no turbidity, that the incident flux is non-invasive,and that the medium is homogenous. In one form, this law says (*) A is equal to the product of theextinction coefficient, path length, and concentration. This law can be written in terms of the transmittanceor absorbance. For 10 points, name this law is often used in spectrophotometry to measure theconcentration of a sample using monochromatic ligh
If this law holds, a Job plot can be used. This law is derived by integrating negative N times sigmaover a series of thin slices. The ratio of two values computed using this law is used to assess the purityof a DNA sample. This law can be used to extrapolate points on a Bradford assay, assuming thesample is in the linear range. This law assumes no turbidity, that the incident flux is non-invasive,and that the medium is homogenous. In one form, this law says (*) A is equal to the product of theextinction coefficient, path length, and concentration. This law can be written in terms of the transmittanceor absorbance. For 10 points, name this law is often used in spectrophotometry to measure theconcentration of a sample using monochromatic light.
If this law holds, a Job plot can be used. This law is derived by integrating negative N times sigmaover a series of thin slices.
Beer-Lambert-Bouguer law