9 • Aluminum wires, 3 mm in diameter, a produced by extrusion. The wires the extrusion dies at an average to -ature of 350°C and at a line. orate of 10 m/min. Before lean tha 10
9 • Aluminum wires, 3 mm in diameter, a produced by extrusion. The wires the extrusion dies at an average to -ature of 350°C and at a line. orate of 10 m/min. Before lean tha 10
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
Ans is option A
![• Aluminum wires, 3 mm.
3 mm in diameter, are
produced by extrusion. The wires leave
the extrusion dies at an average temper-
·ature of 350°C and at a linear
"grate of 10 m/min. Before leaving
the extrusion room, the wires are
12 cooled to an
average temperature
of 50°C
by transforming heat to
surrounding air at 25°C with a heat
transfer coefficient of 50 W/m² °C.
What is the length of the wire cooling
Section in the extrusion room? [ k=
W/m°C for Al; density
=8950
Cp = 0.4 kJ/ kg K ]
3 386
1
2
10
-
kg/m³;
A 22.9 m
B.) 17.4 m.
c) 30.6m
D.) 26.4m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa9bc84fb-a45f-4ef3-bf66-196c9ef56c3a%2Fcfd8f858-d6a5-44ed-a508-c4870a0b29b6%2F1v9iffn_processed.jpeg&w=3840&q=75)
Transcribed Image Text:• Aluminum wires, 3 mm.
3 mm in diameter, are
produced by extrusion. The wires leave
the extrusion dies at an average temper-
·ature of 350°C and at a linear
"grate of 10 m/min. Before leaving
the extrusion room, the wires are
12 cooled to an
average temperature
of 50°C
by transforming heat to
surrounding air at 25°C with a heat
transfer coefficient of 50 W/m² °C.
What is the length of the wire cooling
Section in the extrusion room? [ k=
W/m°C for Al; density
=8950
Cp = 0.4 kJ/ kg K ]
3 386
1
2
10
-
kg/m³;
A 22.9 m
B.) 17.4 m.
c) 30.6m
D.) 26.4m
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