subjected to an axial compression load. Assume f. = 35 MPa, f, = 420 MPa and normal-weight . concrete. Area of 10 25 mm = 491 mm %3D 30 Cm Cm mm す5 2¢25 cm cm 50 |40 mm 2 25 Cm 5 cm cm Cm 20 The nominal capacity (axial compression : strength) P, of the column is a. 2114.31 kN b. 3118.42 kN c. 5229.0 kNO d. 3916.2 4 kN
subjected to an axial compression load. Assume f. = 35 MPa, f, = 420 MPa and normal-weight . concrete. Area of 10 25 mm = 491 mm %3D 30 Cm Cm mm す5 2¢25 cm cm 50 |40 mm 2 25 Cm 5 cm cm Cm 20 The nominal capacity (axial compression : strength) P, of the column is a. 2114.31 kN b. 3118.42 kN c. 5229.0 kNO d. 3916.2 4 kN
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![subjected to an axial compression load. Assume f.
= 35 MPa, f, = 420 MPa and normal-weight
. concrete. Area of 10 25 mm = 491 mm
Ст
30
Cm
mm
5
2$25
cm
cm
50
40
mm
2425
Cm
cm
cm Cm
5
20
The nominal capacity (axial compression
: strength) P, of the column is
a. 2114.31 kN
b. 3118.42 kN
c. 5229.0 kNO
d. 3916.2 4 kN](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc312dea1-f888-4139-af7f-c897d0f63a0f%2F00150249-97eb-4659-9401-8d3f79b1e8fe%2Ffxudy5b_processed.jpeg&w=3840&q=75)
Transcribed Image Text:subjected to an axial compression load. Assume f.
= 35 MPa, f, = 420 MPa and normal-weight
. concrete. Area of 10 25 mm = 491 mm
Ст
30
Cm
mm
5
2$25
cm
cm
50
40
mm
2425
Cm
cm
cm Cm
5
20
The nominal capacity (axial compression
: strength) P, of the column is
a. 2114.31 kN
b. 3118.42 kN
c. 5229.0 kNO
d. 3916.2 4 kN
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