The pedestal shown is formed by two concrete blocks with a circular cross section. Block A has a diameter of 0.5 m and a height "a" of 0.5 m, while block B has a diameter of 1 m and a height "b" of 1.3 m. Considering the elastic modulus of the concrete E is 25 GPa, and that P1 is worth 8 MN, find the value of the force P2 that produces a deflection at the top of the pedestal of 4.39 mm. Do not consider the weight of the blocks and express the result in MN (Mega Newton) with a decimal approximation Don't use chat gpt
The pedestal shown is formed by two concrete blocks with a circular cross section. Block A has a diameter of 0.5 m and a height "a" of 0.5 m, while block B has a diameter of 1 m and a height "b" of 1.3 m. Considering the elastic modulus of the concrete E is 25 GPa, and that P1 is worth 8 MN, find the value of the force P2 that produces a deflection at the top of the pedestal of 4.39 mm. Do not consider the weight of the blocks and express the result in MN (Mega Newton) with a decimal approximation Don't use chat gpt
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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The pedestal shown is formed by two concrete blocks with a circular cross section. Block A has a diameter of 0.5 m and a height "a" of 0.5 m, while block B has a diameter of 1 m and a height "b" of 1.3 m. Considering the elastic modulus of the concrete E is 25 GPa, and that P1 is worth 8 MN, find the value of the force P2 that produces a deflection at the top of the pedestal of 4.39 mm. Do not consider the weight of the blocks and express the result in MN (Mega Newton) with a decimal approximation
Don't use chat gpt
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