Temperature C 1100+ 1000 Liquid 900. 800. 700 600 L+AL 500 400 (AI) 300+ 0 548.2°C (Al)+0 (Cu) ΑΙ 10 20 30 40 50 60 70 80 Weight Percent Copper overall composition of alloy is 18:6wti. Cu Initial masses of individual metals A1-94·149 2) Cu-21529 90 100 Cu at 1000°c Q1 What is the composition of the first solid to appear Q2) What is the Composition of the second solid to appear. Q3) If the alloy where to be reheated, what would be the composition of the first liquid to appear. Quy Estimate the temp us time plot for the cooling process. from 100°c to room temperature.
Temperature C 1100+ 1000 Liquid 900. 800. 700 600 L+AL 500 400 (AI) 300+ 0 548.2°C (Al)+0 (Cu) ΑΙ 10 20 30 40 50 60 70 80 Weight Percent Copper overall composition of alloy is 18:6wti. Cu Initial masses of individual metals A1-94·149 2) Cu-21529 90 100 Cu at 1000°c Q1 What is the composition of the first solid to appear Q2) What is the Composition of the second solid to appear. Q3) If the alloy where to be reheated, what would be the composition of the first liquid to appear. Quy Estimate the temp us time plot for the cooling process. from 100°c to room temperature.
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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Transcribed Image Text:Temperature C
1100+
1000
Liquid
900.
800.
700
600
L+AL
500
400 (AI)
300+
0
548.2°C
(Al)+0
(Cu)
ΑΙ
10
20
30 40
50
60
70
80
Weight Percent Copper
overall composition of alloy is 18:6wti. Cu
Initial masses of individual metals
A1-94·149
2) Cu-21529
90 100
Cu
at 1000°c
Q1 What is the composition of the first solid to appear
Q2) What is the Composition of the second solid to appear.
Q3) If the alloy where to be reheated, what would be
the composition of the first liquid to appear.
Quy Estimate the temp us time plot for the cooling process.
from 100°c to room temperature.
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