Would love an explanation, thanks Q2 (1p)Schematic room temperature microstructuresfor four iron-carbon alloys are shown below.1- Explain what each microstructure is. (0.4p)2- Rank these alloy microstructures from most ductile to the least ductile and justify youranswer (0.6p)FegCFegCFegCFegCFe3CFegC(A)(В)(C)(D)Q3(1p)Determine values for the constants n and k forthe recrystallization of copper (Figure 10.11) at 119°C.Write how calculate thos e?1- y - exp -kt")1008060135"C 119 C,113 C/102"c88°C43°C402010102101Time (mir)(Logarithmic scale)Feorinted wth permissior trom Metallungical Iranaactions Vol. 188, 1950, a publication of Ire Vetallurgical Societyof AIME. Warrerdale, PA. Adaptec from B. F. Decke and D Harker, 'Recrystallization in Rolled Copper."Trans. AME 188, 1950 p. 88.

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Elements Of Electromagnetics

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Author:Sadiku, Matthew N. O.

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Would love an explanation, thanks

Q2 (1p)
Schematic room temperature microstructuresfor four iron-carbon alloys are shown below.
1- Explain what each microstructure is. (0.4p)
2- Rank these alloy microstructures from most ductile to the least ductile and justify your
answer (0.6p)
FegC
FegC
FegC
FegC
Fe3C
FegC
(A)
(В)
(C)
(D)
Q3(1p)
Determine values for the constants n and k forthe recrystallization of copper (Figure 10.11) at 119°C.
Write how calculate thos e?
1- y - exp -kt")
100
80
60
135"C 119 C,
113 C/102"c
88°C
43°C
40
20
10
102
101
Time (mir)
(Logarithmic scale)
Feorinted wth permissior trom Metallungical Iranaactions Vol. 188, 1950, a publication of Ire Vetallurgical Society
of AIME. Warrerdale, PA. Adaptec from B. F. Decke and D Harker, 'Recrystallization in Rolled Copper."
Trans. AME 188, 1950 p. 88.

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