2) In a solid solution of copper in aluminum concentration gradient between two points ismeasured as -9.9 X 1030 atom/m4. Calculate the diffusion flux of copper atoms betweenthese two points at 200 °C.Do = 0.15 X 10-4 m²/sec, E = 0.21 X 10-18 J/atom, k = 13.8 X 10-24 J/atom °K

Step 1: Calculate the diffusion coefficient at the given temperature using the Arrhenius…

Answered: 2) In a solid solution of copper in…

Chemistry

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ISBN:9781305957404

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Chapter1: Chemical Foundations

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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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2) In a solid solution of copper in aluminum concentration gradient between two points is measured as -9.9 X 1030 atom/m4. Calculate the diffusion flux of copper atoms between these two points at 200 °C. Do = 0.15 X 10-4 m²/sec, E = 0.21 X 10-18 J/atom, k = 13.8 X 10-24 J/atom °K