Beer-Lambert Law Equation
The Beer-Lambert law can also be expressed in terms of relative intensity, the path length of a solution, and molar absorption coefficient as:
I = Io e–εL
where,
Io is the initial intensity,
I is the final intensity,
ε is the molar absorption coefficient,
L is the path length of travelling light.
Beer Lambert Law
Beer-Lambert Law derivation describes the relationship between the attenuation of light through a substance with the properties of that substance. It asserts that the length of a sample route and the concentration of a solution are proportional to the light’s absorbance. This law is dependent on the properties of the solution in question. It elaborates on the linear relationship between the concentration and absorbance of a solution.
Table of Content
- Beer-Lambert Law Statement
- Schematic Diagram of Beer-Lambert Law
- Beer-Lambert Law Formula
- Beer-Lambert Law Equation
- Beer-Lambert Law Derivation
- What Is Beer’s Law?
- What Is Lambert Law?
- Beer-Lambert Law Applications
- Beer-Lambert Law Limitation
- Solved Examples of Beer-Lambert Law
- Beer-Lambert law
- Define Beer-Lambert Law
- What are the limitations of Beer-Lambert Law?
- Who discovered the Beer-Lambert Law?
- Why is Beer-Lambert Law important?