SITUATION: A continuous beam has two spans, the left span being 4 m long and the right span is 3 m long. The beam is fixed atthe leftmost and rightmost supports and is roller-supported at the interior support. The beam caries a concentrated load of 400 Nat the middle of the 4-m span and a uniform load of 600N/m throughout the 3-m span.10. Determine the moment at the left restrained end in kN-m.A. -19111. Determine the moment at the interior support in kN-m.A. -30712. Determine the moment at the right restrained end in kN-m.В. -176C. -147D. -107B. -267C. -203D. -197A. 923В. 522C. 352D. 286

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SITUATION: A continuous beam has two spans, the left span being 4 m long and the right span is 3 m long. The beam is fixed at the leftmost and rightmost supports and is roller-supported at the interior support. The beam caries a concentrated load of 400 N at the middle of the 4-m span and a uniform load of 60ON/m throughout the 3-m span. 10. Determine the moment at the left restrained end in kN-m. A. -191 B. -176 C. -147 D. -107 11. Determine the moment at the interior support in kN-m. A. -307 12. Determine the moment at the right restrained end in kN-m. B. -267 C. -203 D. -197 A. 923 B. 522 C. 352 D. 286

SITUATION: A continuous beam has two spans, the left span being 4 m long and the right span is 3 m long. The beam is fixed at the leftmost and rightmost supports and is roller-supported at the interior support. The beam caries a concentrated load of 400 N at the middle of the 4-m span and a uniform load of 60ON/m throughout the 3-m span. 10. Determine the moment at the left restrained end in kN-m. A. -191 B. -176 C. -147 D. -107 11. Determine the moment at the interior support in kN-m. A. -307 12. Determine the moment at the right restrained end in kN-m. B. -267 C. -203 D. -197 A. 923 B. 522 C. 352 D. 286

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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