Two vertical rods, one of steel and the other of copper, with cross-sectional areas 500 mm² and 1000 mm² respectively, are each rigidly fixed at the top ends at 500 mm apart. A cross bar fixed at the lower ends of the rods carries a load of 5000 N such that the cross bar remains horizontal even after loading. Take the ratio between Young's modulus of the materials, Es/Ec = 2. The load carried by the copper bar is:
Two vertical rods, one of steel and the other of copper, with cross-sectional areas 500 mm² and 1000 mm² respectively, are each rigidly fixed at the top ends at 500 mm apart. A cross bar fixed at the lower ends of the rods carries a load of 5000 N such that the cross bar remains horizontal even after loading. Take the ratio between Young's modulus of the materials, Es/Ec = 2. The load carried by the copper bar is:
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:Two vertical rods, one of steel and the other of
copper, with cross-sectional areas 500 mm² and
1000 mm2 respectively, are each rigidly fixed at
the top ends at 500 mm apart. A cross bar fixed
at the lower ends of the rods carries a load of
5000 N such that the cross bar remains horizontal
even after loading. Take the ratio between Young's
modulus of the materials, Es/Ec = 2. The load
carried by the copper bar is:
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