4. What is the moment capacity of thebeam?b. 375 mmа. 400 ттС. 300 тmd. 350 mm5. Compute the steel area required forcompression.a. 1744.58 mm?b. 1716.11 mm?c. 1651.42 mm?d. 1880.24 mm?6. Compute the maximum steel arearequired. SITUATIONIA rectangular reinforced concretebeam, 5 m long is carrying a deadload of 18 kN/m and a live load of 35kN/m using f'c =415 MPa. The beam has a width of21 MPa using fy =300 mm and an effective depth of 400mm. Compression reinforcement willbe placed at a depth of 60 mm fromthe utmost compression concrete.

Answered: Image /qna-images/answer/046f1fce-ddc0-4063-a096-c494cfb0daa4.jpg

4. What is the moment capacity of the beam? a. 400 mm b. 375 mm C. 300 mm d. 350 mm 5. Compute the steel area required for compression. a. 1744.58 mm? b. 1716.11 mm2 c. 1651.42 mm2 d. 1880.24 mm? 6. Compute the maximum steel area required.

4. What is the moment capacity of the beam? a. 400 mm b. 375 mm C. 300 mm d. 350 mm 5. Compute the steel area required for compression. a. 1744.58 mm? b. 1716.11 mm2 c. 1651.42 mm2 d. 1880.24 mm? 6. Compute the maximum steel area required.

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

4. What is the moment capacity of the
beam?
b. 375 mm
а. 400 тт
С. 300 тm
d. 350 mm
5. Compute the steel area required for
compression.
a. 1744.58 mm?
b. 1716.11 mm?
c. 1651.42 mm?
d. 1880.24 mm?
6. Compute the maximum steel area
required.

SITUATIONI
A rectangular reinforced concrete
beam, 5 m long is carrying a dead
load of 18 kN/m and a live load of 35
kN/m using f'c =
415 MPa. The beam has a width of
21 MPa using fy =
300 mm and an effective depth of 400
mm. Compression reinforcement will
be placed at a depth of 60 mm from
the utmost compression concrete.

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