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20. What would be the value of the moment, in terms of the distance x on the span AB considering the uniform load? (Hint: required to find is the value of M in the unit load method at span AB) a. -3(x – 3) b.-3(x - 3)2 c. (x - 3) d. 0

20. What would be the value of the moment, in terms of the distance x on the span AB considering the uniform load? (Hint: required to find is the value of M in the unit load method at span AB) a. -3(x – 3) b.-3(x - 3)2 c. (x - 3) d. 0

Structural Analysis
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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SITUATION IV: A cantilever beam, 9 meters long, partially carries a uniform load of 60 kN/m at midspan, 6 meter from the fixed support. Use Unit Work Load Method to answer the following questions. 60 kN/m A B 3 m 6 m 19. What would be the value of the moment, M, in terms of the distance x on the span on the span BC considering the uniform load? (Hint: required to find is the value of M in the unit load method at span BC) а. — 3(х — 3) b.-3(х — 3)? с. (х — 3) d. 0 20. What would be the value of the virtual moment, m, in terms of the distance x on the span where the uniform load lies if 1 unit load is applied at B?
Transcribed Image Text:SITUATION IV: A cantilever beam, 9 meters long, partially carries a uniform load of 60 kN/m at midspan, 6 meter from the fixed support. Use Unit Work Load Method to answer the following questions. 60 kN/m A B 3 m 6 m 19. What would be the value of the moment, M, in terms of the distance x on the span on the span BC considering the uniform load? (Hint: required to find is the value of M in the unit load method at span BC) а. — 3(х — 3) b.-3(х — 3)? с. (х — 3) d. 0 20. What would be the value of the virtual moment, m, in terms of the distance x on the span where the uniform load lies if 1 unit load is applied at B?
(Hint: required to find is the value of m in the unit load method at span BC) а. -3(х - 3) b.-3(х - 3)? с. (х — 3) d. 0 20. What would be the value of the moment, in terms of the distance x on the span AB considering the uniform load? (Hint: required to find is the value of M in the unit load method at span AB) а. -3(х — 3) b.-3(x - 3)2 с. (х — 3) d. 0 21. Compute for the slope of the beam at the roller support, in degrees. 9720 324 b. EI 927 d. EI а. E! 311.25 C. 22. Compute for the slope of the beam at the roller support, in degrees. 2100 a. EI 1800 C. 4112 b. EI 2160 d. EI
Transcribed Image Text:(Hint: required to find is the value of m in the unit load method at span BC) а. -3(х - 3) b.-3(х - 3)? с. (х — 3) d. 0 20. What would be the value of the moment, in terms of the distance x on the span AB considering the uniform load? (Hint: required to find is the value of M in the unit load method at span AB) а. -3(х — 3) b.-3(x - 3)2 с. (х — 3) d. 0 21. Compute for the slope of the beam at the roller support, in degrees. 9720 324 b. EI 927 d. EI а. E! 311.25 C. 22. Compute for the slope of the beam at the roller support, in degrees. 2100 a. EI 1800 C. 4112 b. EI 2160 d. EI
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