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ChemistryPrinciples of Instrumental AnalysisThickness of nickel foil required for the transmission of 35.8 % power of incident beam of Cu kα line needs to be calculated where 8.90g/cm 3 is the density of nickel. And the mass absorption coefficient of nickel is 49.2 cm 2 /g measured by Cu kα line. Concept introduction: Beer’s law will be used for the calculation of thickness of Ni foil. This formula is given as- ln P o P = μ M ρ x Where, P o = transmitted beam power P = incident beam power µ M = mass absorption coefficient ρ = density x = sample thicknessStart your trial now! First week only $4.99!*arrow_forward*

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7th Edition

Douglas A. Skoog + 2 others

Publisher: Cengage Learning

ISBN: 9781305577213

Chapter 12, Problem 12.5QAP

Interpretation Introduction

**Interpretation:**

Thickness of nickel foil required for the transmission of 35.8 % power of incident beam

of Cu kα line needs to be calculated where 8.90g/cm^{3} is the density of nickel. And the mass absorption coefficient of nickel is 49.2 cm^{2}/g measured by Cu kα line.

**Concept introduction:**

Beer’s law will be used for the calculation of thickness of Ni foil. This formula is given as-

Where,

P_{o}= transmitted beam power

P = incident beam power

µ_{M} = mass absorption coefficient

ρ = density

x = sample thickness