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A steel tube 3.2 cm in internal diameter, 0.25 cm thick and 4 meters long is covered and lined throughout with copper tubes 0.20 can thick, 7he three tubes are finnly attached to each other and united at their ends. This compound tube is subjected to axial tension and the stress produced in the steel tube is 60 N/mm2. Determine (a) the elongatio~i of the tube (b) the stress in the copper tubes and (c) the load carried by the combined tube. Efor steel = 2.1 x 16 N/mm2 and, E for Copper = 1.1 x 1 o5 N/mm2

A steel tube 3.2 cm in internal diameter, 0.25 cm thick and 4 meters long is covered and lined throughout with copper tubes 0.20 can thick, 7he three tubes are finnly attached to each other and united at their ends. This compound tube is subjected to axial tension and the stress produced in the steel tube is 60 N/mm2. Determine (a) the elongatio~i of the tube (b) the stress in the copper tubes and (c) the load carried by the combined tube. Efor steel = 2.1 x 16 N/mm2 and, E for Copper = 1.1 x 1 o5 N/mm2

Elements Of Electromagnetics
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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A steel tube 3.2 cm in internal diameter, 0.25 cm thick and 4 meters long is covered
and lined throughout with copper tubes 0.20 can thick, 7he three tubes are finnly
attached to each other and united at their ends. This compound tube is subjected to
axial tension and the stress produced in the steel tube is
60 N/mm2. Determine
(a) the elongatio~i of the tube
(b) the stress in the copper tubes and
(c) the load carried by the combined tube.
Efor steel = 2.1 x 16 N/mm2 and,
E for Copper = 1.1 x 1 o5 N/mm2

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