6.) Which of the elements in the table would you expect to form "a substitutional solid solution having complete solubility" with copper? a) Ni, Pd, Pt b) Ag, Al, Ni c) Ag, Al, Ni Pd, Pt d) Ag, Al, Co, Cr, Fe e) Ni, Pd, Pt, Zn 7.) Which of the elements in the table would you expect to form "an interstitial solid solution" with copper? a) Ag, Al, Co b) C, Co, Cr c) O, Co, Cr d) С, Н, О e) Co, Zn

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6.) Which of the elements in the table would you expect to form "a substitutional solid solution
having complete solubility" with copper?
a) Ni, Pd, Pt
b) Ag, Al, Ni
c) Ag, Al, Ni Pd, Pt
d) Ag, Al, Co, Cr, Fe e) Ni, Pd, Pt, Zn
7.) Which of the elements in the table would you expect to form "an interstitial solid solution"
with copper?
a) Ag, Al, Co
b) C, Co, Cr
c) O, Co, Cr
d) С, H, О
e) Co, Zn
(The following two questions should be solved using the information below)
The grain structure for 3 different metal specimen has been
METAL-1) solid-solution strengthen,
METAL-2) cold worked
METAL-3) cold worked and then recrystallized.
Transcribed Image Text:6.) Which of the elements in the table would you expect to form "a substitutional solid solution having complete solubility" with copper? a) Ni, Pd, Pt b) Ag, Al, Ni c) Ag, Al, Ni Pd, Pt d) Ag, Al, Co, Cr, Fe e) Ni, Pd, Pt, Zn 7.) Which of the elements in the table would you expect to form "an interstitial solid solution" with copper? a) Ag, Al, Co b) C, Co, Cr c) O, Co, Cr d) С, H, О e) Co, Zn (The following two questions should be solved using the information below) The grain structure for 3 different metal specimen has been METAL-1) solid-solution strengthen, METAL-2) cold worked METAL-3) cold worked and then recrystallized.
Crystal
Structure
AElectro-
Element
AR%
negativity
Valence
Cu
FCC
2+
C
-44
H
-64
-53
Ag
+13
FCC
1+
Al
+12
FCC
-0.4
3+
Co
-2
HCP
-0.1
2+
Cr
-2
ВСС
-0.3
3+
Fe
-3
ВСС
-0.1
2+
Ni
-3
FCC
-0.1
2+
Pd
+8
FCC
+0.3
2+
Pt
+9
FCC
+0.3
2+
Zn
+4
НСР
-0.3
2+
Transcribed Image Text:Crystal Structure AElectro- Element AR% negativity Valence Cu FCC 2+ C -44 H -64 -53 Ag +13 FCC 1+ Al +12 FCC -0.4 3+ Co -2 HCP -0.1 2+ Cr -2 ВСС -0.3 3+ Fe -3 ВСС -0.1 2+ Ni -3 FCC -0.1 2+ Pd +8 FCC +0.3 2+ Pt +9 FCC +0.3 2+ Zn +4 НСР -0.3 2+
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