A mechanism shown in the figure consists of equally long steel and copper wires which carry the applied load in equal shares. What shall be the ratio of the diameter of the copper wire to that of the steel wire, when both the wires undergo equal strains ? Steel wire Es = 200 GPa (a) √2 1 (c) √2 Copper wire Ec= 100 GPa (b) 1.0 (d) 1|2
A mechanism shown in the figure consists of equally long steel and copper wires which carry the applied load in equal shares. What shall be the ratio of the diameter of the copper wire to that of the steel wire, when both the wires undergo equal strains ? Steel wire Es = 200 GPa (a) √2 1 (c) √2 Copper wire Ec= 100 GPa (b) 1.0 (d) 1|2
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![A mechanism shown in the figure consists of
equally long steel and copper wires which carry
the applied load in equal shares. What shall be
the ratio of the diameter of the copper wire to that
of the steel wire, when both the wires undergo
equal strains ?
Steel wire
Es = 200 GPa
(a) √2
(c) √/12/2
Copper wire
Ec = 100 GPa
(b) 1.0
(d)
1|2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5061c87f-2760-4a8b-94f9-f5ffb73498eb%2F37df1457-be70-4f63-91e4-ec8f9072f6f2%2Fz4ydegu_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A mechanism shown in the figure consists of
equally long steel and copper wires which carry
the applied load in equal shares. What shall be
the ratio of the diameter of the copper wire to that
of the steel wire, when both the wires undergo
equal strains ?
Steel wire
Es = 200 GPa
(a) √2
(c) √/12/2
Copper wire
Ec = 100 GPa
(b) 1.0
(d)
1|2
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