8. For the binary system Cu-Ni, the following data are available from cooling experiments: composition of solid first formed on cooling melt composition T(°C) (atomic % Ni) (atomic % Ni) 1100 3 10 20 40 37 57 1180 1260 1340 60 73 1410 80 87
8. For the binary system Cu-Ni, the following data are available from cooling experiments: composition of solid first formed on cooling melt composition T(°C) (atomic % Ni) (atomic % Ni) 1100 3 10 20 40 37 57 1180 1260 1340 60 73 1410 80 87
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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
Transcribed Image Text:(a) Construct the composition-temperature phase diagram for the Cu-Ni system.
(b) What are the phases present and what are their respective compositions for each of the
mixtures at the temperature given in the table below?
composition
(atomic % Ni)
T(°C)
1120
15
1200
55
1300
60

Transcribed Image Text:8. For the binary system Cu-Ni, the following data are available from cooling experiments:
melt composition
(atomic % Ni)
composition of solid
first formed on cooling
(atomic % Ni)
T(°C)
1100
3
10
1180
20
37
1260
40
57
1340
60
73
1410
80
87
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