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$$Molar\ Absorption\ Coefficient =50\ m^2/Mol$$ $$Concentration=10\ Mol/L$$ $$Poth\ Length = 5\ m$$
$$Moles\ of\ Nuclei\ Remain = 2500$$
$$Absorbance = Molar\ Absorption\ Coefficient\ * Path\ Length * Concentration$$
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Lager's law, additionally called Lambert-Beer law or Beer-Lambert law, in spectroscopy, a connection concerning the assimilation of brilliant energy by an engrossing medium. Formed by German mathematician and scientific expert August Beer in 1852, it expresses that the absorptive limit of a broke down substance is straightforwardly relative to its focus in an answer. The relationship can be communicated as A = εlc where An is absorbance, ε is the molar annihilation coefficient (which relies upon the idea of the substance and the frequency of the light utilized), l is the length of the way light should go in the arrangement in centimeters, and c is the convergence of a given arrangement.
Here is the formula of the Beer Lambert law
Absorbance = Molar Absorption Coefficient * Path length * Concentration
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As we can see in this tool we have three text boxes where we will enter our value first is Molar Absorption Coefficient, second one is Concentration and the third one is Path Length.
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A. Lager's Law, Additionally Called Lambert-Beer Law Or Beer-Lambert Law, In Spectroscopy, A Connection Concerning The Assimilation Of Brilliant Energy By An Engrossing Medium.