Consider 1 kg of Sn-Bi alloys, and how many kilograms each phase forms according to the condition given in the below figure.a) L 0.66: Alpha 0.34 kg b) L 0.69: Alpha 0.31 kg c) L 0.74: Alpha 0.26 kg d) L 0.34: Alpha 0.66 kg 4. Consider 1 kg of Sn-Bi alloys, and how many kilograms each phase forms accordingto the condition given in the below figure.Sb-Bi (Antimony - Bismuth)Alloy Composition: 59 wt% Sb 41 wt% Bi°℃Microstructure:Small red squares (pixels)represent Sb atoms andsmall blue squares (pixels)represent Bi atomsLiquid Composition:31 wt% Sb69 wt% BiAlpha Composition:74 wt% Sb26 wt% Bia) L 0.66: Alpha 0.34 kgb) L 0.69: Alpha 0.31 kgc) L 0.74: Alpha 0.26 kgd) L 0.34: Alpha 0.66 kg7006005004003002000(Sb)Alpha10Temperature: 446.0 °C 835.4 °F203040Liquid + Alpha60Composition (wt% Bi)5070Liquid8090°F12001000800600400100(BI)

Given:The total mass of the alloy, The overall weight percentage of Bismuth (Bi) in alloy, The…

4. Consider 1 kg of Sn-Bi alloys, and how many kilograms each phase forms according to the condition given in the below figure. Sb-Bi (Antimony - Bismuth) Alloy Composition: 59 wt% Sb 41 wt% Bi Temperature: 446.0 °C 835.4 °F °C Microstructure: Small red squares (pixels) represent Sb atoms and small blue squares (pixels) represent Bi atoms Liquid Composition: 31 wt% Sb 69 wt% Bi Alpha Composition: 74 wt% Sb 26 wt% Bi a) L 0.66: Alpha 0.34 kg b) L 0.69: Alpha 0.31 kg c) L 0.74: Alpha 0.26 kg d) L 0.34: Alpha 0.66 kg 700 600 500 400 300 200 0 (Sb) Alpha 10 20 30 40 Liquid + Alpha 50 60 Composition (wt% Bi) 70 Liquid 80 90 °F 1200 1000 800 600 400 100 (BI)

4. Consider 1 kg of Sn-Bi alloys, and how many kilograms each phase forms according to the condition given in the below figure. Sb-Bi (Antimony - Bismuth) Alloy Composition: 59 wt% Sb 41 wt% Bi Temperature: 446.0 °C 835.4 °F °C Microstructure: Small red squares (pixels) represent Sb atoms and small blue squares (pixels) represent Bi atoms Liquid Composition: 31 wt% Sb 69 wt% Bi Alpha Composition: 74 wt% Sb 26 wt% Bi a) L 0.66: Alpha 0.34 kg b) L 0.69: Alpha 0.31 kg c) L 0.74: Alpha 0.26 kg d) L 0.34: Alpha 0.66 kg 700 600 500 400 300 200 0 (Sb) Alpha 10 20 30 40 Liquid + Alpha 50 60 Composition (wt% Bi) 70 Liquid 80 90 °F 1200 1000 800 600 400 100 (BI)

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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Question

Consider 1 kg of Sn-Bi alloys, and how many kilograms each phase forms according to the condition given in the below figure. a) L 0.66: Alpha 0.34 kg b) L 0.69: Alpha 0.31 kg c) L 0.74: Alpha 0.26 kg d) L 0.34: Alpha 0.66 kg

4. Consider 1 kg of Sn-Bi alloys, and how many kilograms each phase forms according
to the condition given in the below figure.
Sb-Bi (Antimony - Bismuth)
Alloy Composition: 59 wt% Sb 41 wt% Bi
°℃
Microstructure:
Small red squares (pixels)
represent Sb atoms and
small blue squares (pixels)
represent Bi atoms
Liquid Composition:
31 wt% Sb
69 wt% Bi
Alpha Composition:
74 wt% Sb
26 wt% Bi
a) L 0.66: Alpha 0.34 kg
b) L 0.69: Alpha 0.31 kg
c) L 0.74: Alpha 0.26 kg
d) L 0.34: Alpha 0.66 kg
700
600
500
400
300
200
0
(Sb)
Alpha
10
Temperature: 446.0 °C 835.4 °F
20
30
40
Liquid + Alpha
60
Composition (wt% Bi)
50
70
Liquid
80
90
°F
1200
1000
800
600
400
100
(BI)

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