ANSWERS SHOULD BEAnswer Key13) 268.17 kN14) 149.16 kN15) 3.70 MPa SITUATION 5.A column 600 mm in diameter is reinforced with 8-25mmø bars and 12 mm spirals spaced at 100 mmon centers.$ = 0.75fy = 413 MPafyt = 275 MPa for spiralsf. = 30 MPa13. What is the nominal shear strength provided by the concrete?c. 186.17 kNd. 168. 17 kNa. 286.17 kNb. 268.17 kN 14. What is the nominal shear strength provided by the shear reinforcement?c. 149.16 kNa. 249.16 kNb. 294.16 kNd. 194.16 kN15. Find the shear stress in the column if Vu = 800 kN.а. 3.50 МPаb. 5.30 MPac. 3.70 MPad. 7.30 MPa

Question is based on the reinforced column . Diameter of column , reinforcement and other design…

SITUATION 5. A column 600 mm in diameter is reinforced with 8-25mmø bars and 12 mm spirals spaced at 100 mm on centers. $ = 0.75 , 3 413 MPа f = 275 MPa for spirals f = 30 MPa 13. What is the nominal shear strength provided by the concrete? а. 286.17 kN b. 268.17 kN c. 186.17 kN d. 168. 17 kN

SITUATION 5. A column 600 mm in diameter is reinforced with 8-25mmø bars and 12 mm spirals spaced at 100 mm on centers. $ = 0.75 , 3 413 MPа f = 275 MPa for spirals f = 30 MPa 13. What is the nominal shear strength provided by the concrete? а. 286.17 kN b. 268.17 kN c. 186.17 kN d. 168. 17 kN

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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Question

ANSWERS SHOULD BE

Answer Key

13) 268.17 kN

14) 149.16 kN

15) 3.70 MPa

SITUATION 5.
A column 600 mm in diameter is reinforced with 8-25mmø bars and 12 mm spirals spaced at 100 mm
on centers.
$ = 0.75
fy = 413 MPa
fyt = 275 MPa for spirals
f. = 30 MPa
13. What is the nominal shear strength provided by the concrete?
c. 186.17 kN
d. 168. 17 kN
a. 286.17 kN
b. 268.17 kN

14. What is the nominal shear strength provided by the shear reinforcement?
c. 149.16 kN
a. 249.16 kN
b. 294.16 kN
d. 194.16 kN
15. Find the shear stress in the column if Vu = 800 kN.
а. 3.50 МPа
b. 5.30 MPa
c. 3.70 MPa
d. 7.30 MPa

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