A prestressed concrete beam, 120mm wide by 300mm deep, is prestressed by a cable which has an eccentricity of 100mm at the center span of the beam is 6m. If the beam supports two concentrated loads of 10kN each at one-third span points, determine the magnitude of the prestressing force in the cable for load balancing considering both self-weight of the beam and live loads. 239kN 200KN 389kN 329KN
A prestressed concrete beam, 120mm wide by 300mm deep, is prestressed by a cable which has an eccentricity of 100mm at the center span of the beam is 6m. If the beam supports two concentrated loads of 10kN each at one-third span points, determine the magnitude of the prestressing force in the cable for load balancing considering both self-weight of the beam and live loads. 239kN 200KN 389kN 329KN
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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pre stressed conc. solution pls answer
![A prestressed concrete beam, 120mm wide by 300mm deep, is prestressed by a cable which has an
eccentricity of 100mm at the center span of the beam is 6m. If the beam supports two concentrated
loads of 10kN each at one-third span points, determine the magnitude of the prestressing force in
the cable for load balancing considering both self-weight of the beam and live loads.
<
239kN
200KN
389KN
329KN
Previous
Next >](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc74f7894-a131-4887-9eb6-e470c30c42f4%2F608c78d5-98a8-4898-b00c-537b1074ec0a%2Fpn5v8_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A prestressed concrete beam, 120mm wide by 300mm deep, is prestressed by a cable which has an
eccentricity of 100mm at the center span of the beam is 6m. If the beam supports two concentrated
loads of 10kN each at one-third span points, determine the magnitude of the prestressing force in
the cable for load balancing considering both self-weight of the beam and live loads.
<
239kN
200KN
389KN
329KN
Previous
Next >
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