Material Density Specific Latent Heat Latent Heat Thermal of Fusion, of Нeat kgK. Conductivity W Vaporization mK kg Air 1.225 718 0.025 Aluminum 2712 900 396000 200 Ammonia 682 4400 1371000 (Liquid) Cast Iron 7300 460 247000 40 Сopper Ероху G10 8940 390 206000 400 1200 1000 1.5 1800 670 0.3 Fiberglass Glass 2200 750 1 Silicone 1070 1300 0.2 Steel 7850 450 247000 20
Material Density Specific Latent Heat Latent Heat Thermal of Fusion, of Нeat kgK. Conductivity W Vaporization mK kg Air 1.225 718 0.025 Aluminum 2712 900 396000 200 Ammonia 682 4400 1371000 (Liquid) Cast Iron 7300 460 247000 40 Сopper Ероху G10 8940 390 206000 400 1200 1000 1.5 1800 670 0.3 Fiberglass Glass 2200 750 1 Silicone 1070 1300 0.2 Steel 7850 450 247000 20
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Transcribed Image Text:Density
kg
Material
Specific
Latent Heat Latent Heat
Thermal
of Fusion,
of
Conductivity
Heat
kgKA
Vaporization
W
\mK.
kg.
Air
1.225
718
0.025
Aluminum
2712
900
396000
200
Ammonia
682
4400
1371000
(Liquid)
Cast Iron
7300
460
247000
40
Copper
8940
390
206000
400
Ероху
1200
1000
1.5
G10
1800
670
0.3
Fiberglass
Glass
2200
750
1
Silicone
1070
1300
0.2
Steel
7850
450
247000
20
Transcribed Image Text:Analyze the following diagram. What is the heat rate to the left side of the heater? What is
the heat rate to the right side of the heater?
Tin = 16°C
W
h = 40-
T = -20°C
u = 188
m2K
60mm
Air
60mm
10mm
6mm 10mm
14mm
6mm
2mm
2mm
Blue: Epoxy
Grey: Aluminum
Green: Fiberglass
Yellow: Silicone
Orange: Heater Blanket, 2000w
Note: Treat the outer left wall as flat plates in external convection.
Note: Ignore the thickness of the heater blanket.
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