Q) A graph of your temperature versus time cooling curve. Discuss the indicators of solidification initiation and termination and the implied alloy composition(s)I have provided with the grpah of the tmep vs time cooling curve and the phase diagram please answer the above question accordingly in paragrahps 300Temperature C250-231.9681°C]0200-169150-100-50-13°C0010(BSn)Sn(aSn)102013.130292040Composition of Sn / Bi :80Weight Percent Bismuth5060L4070Hop565060Atomic Percent BismuthSn at29%Bi or Sn at56%Bi8070139°C8090(Bi)9010099.8271.442°C100Bi Our Cooling Curve :Temperature vs. Time (Every 10 sec for 22 min)Temperature (C)3002001000250750Time (Every 10 sec for 22 min)5001000…………………………………………¯●●●●1250

There are cooling curve and phase diagram.The cooling curve shows the relations between the…

Answered: Q) A graph of your temperature versus…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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Q) A graph of your temperature versus time cooling curve. Discuss the indicators of solidification initiation and termination and the implied alloy composition(s)

I have provided with the grpah of the tmep vs time cooling curve and the phase diagram please answer the above question accordingly in paragrahps

300
Temperature C
250-
231.9681°C]
0
200-
169
150-
100-
50-
13°C
0
0
10
(BSn)
Sn
(aSn)
10
20
13.1
30
29
20
40
Composition of Sn / Bi :
80
Weight Percent Bismuth
50
60
L
40
70
Hop
56
50
60
Atomic Percent Bismuth
Sn at29%Bi or Sn at56%Bi
80
70
139°C
80
90
(Bi)
90
100
99.8
271.442°C
100
Bi

Our Cooling Curve :
Temperature vs. Time (Every 10 sec for 22 min)
Temperature (C)
300
200
100
0
250
750
Time (Every 10 sec for 22 min)
500
1000
…………………………………………¯●●●●
1250

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