Consider a 2.5 kg sample of plain carbon steel containing 0.65 wt% C cooled from the austenitic region to 723 - AT°C. How many kilograms each of ferrite and cementite form? Temperature, °C 1600 8- 1400 1200 1000 800 a 600 400 200 L+8 y+8 Y 0.8 0.02 0% C 1 100% Fe L+Y 2 2.0 Liquid y + Fez C 723°C a + FezC 3 4 Weight percent carbon 4.3 L + Fe, C 1148°C 5 A) 2.02 Kg a & 0.48 Kg Fe3C B) 0.48 Kg a & 2.02 Kg Fe3C C) 0.24 Kg a & 2.26 Kg Fe3C D) 2.26 Kg a & 0.24 Kg Fe3C Fe, C 6 6.67 Fe, C
Consider a 2.5 kg sample of plain carbon steel containing 0.65 wt% C cooled from the austenitic region to 723 - AT°C. How many kilograms each of ferrite and cementite form? Temperature, °C 1600 8- 1400 1200 1000 800 a 600 400 200 L+8 y+8 Y 0.8 0.02 0% C 1 100% Fe L+Y 2 2.0 Liquid y + Fez C 723°C a + FezC 3 4 Weight percent carbon 4.3 L + Fe, C 1148°C 5 A) 2.02 Kg a & 0.48 Kg Fe3C B) 0.48 Kg a & 2.02 Kg Fe3C C) 0.24 Kg a & 2.26 Kg Fe3C D) 2.26 Kg a & 0.24 Kg Fe3C Fe, C 6 6.67 Fe, C
Chemistry
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ISBN:9781305957404
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Transcribed Image Text:Consider a 2.5 kg sample of plain carbon steel containing 0.65 wt% C cooled
from the austenitic region to 723 - AT°C.
How many kilograms each of ferrite and cementite form?
Temperature, °C
1600
8.
1400
1200
1000
800
R
600
400
200
y+8
4x4
L+8
Y
0.8
0.02
0% C 1
100% Fe
L+y
2.0
1
2
Liquid
y + Fez C
723° C
a + Fez C
3
4.3
4
Weight percent carbon
1
L+ Fe, C
1148°C
5
A) 2.02 Kg a & 0.48 Kg Fe3C
B) 0.48 Kg a & 2.02 Kg Fe3C
C) 0.24 Kg a & 2.26 Kg Fe3C
D) 2.26 Kg a & 0.24 Kg Fe3C
Fe C
6
6.67
Fe, C
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