For alloys of two hypothetical metals A and B, there exist an α, A-rich phase, and a β, B-rich phase. From the mass fractions of both phases for two different alloys provided in the table below, (which are at the same temperature), determine the composition of the phase boundary (solubility limit) for both α and β phases at this temperature. Show complete solution. Alloy Composition Fraction α Phase Fraction β phase 70 wt% A – 30 wt% B 0.78 0.22 35 wt% A – 65 wt% B 0.36 0.64
For alloys of two hypothetical metals A and B, there exist an α, A-rich phase, and a β, B-rich phase. From the mass fractions of both phases for two different alloys provided in the table below, (which are at the same temperature), determine the composition of the phase boundary (solubility limit) for both α and β phases at this temperature. Show complete solution. Alloy Composition Fraction α Phase Fraction β phase 70 wt% A – 30 wt% B 0.78 0.22 35 wt% A – 65 wt% B 0.36 0.64
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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For alloys of two hypothetical metals A and B, there exist an α, A-rich phase, and a β, B-rich phase. From the mass fractions of both phases for two different alloys provided in the table below, (which are at the same temperature), determine the composition of the phase boundary (solubility limit) for both α and β phases at this temperature. Show complete solution.
|
Alloy Composition |
Fraction α Phase |
Fraction β phase |
|
70 wt% A – 30 wt% B |
0.78 |
0.22 |
|
35 wt% A – 65 wt% B |
0.36 |
0.64 |
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