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1. A simply supported 8m span beam with a uniform distributed load of 90KN/m over its entire span, the moment at the midspan equivalent to: a. 380 KN.m b. 580 KN.m c. 720 KN.m d. none of these When the load at problem #1, is decreased into 50 KN/m, its maximum flexure stress is: a. 100 MPa b. 300 MPa c. 400MPa d. none of these In problem #1, the value of the shear force at the midspan is equal to: a. 300 KN b. 360 KN c. 400 KN d. none of these

1. A simply supported 8m span beam with a uniform distributed load of 90KN/m over its entire span, the moment at the midspan equivalent to: a. 380 KN.m b. 580 KN.m c. 720 KN.m d. none of these When the load at problem #1, is decreased into 50 KN/m, its maximum flexure stress is: a. 100 MPa b. 300 MPa c. 400MPa d. none of these In problem #1, the value of the shear force at the midspan is equal to: a. 300 KN b. 360 KN c. 400 KN d. none of these

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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1. A simply supported 8m span beam with a uniform distributed load of 90KN/m over its entire span, the moment at the midspan equivalent to: a. 380 KN.m b. 580 KN.m c. 720 KN.m d. none of these When the load at problem #1, is decreased into 5O KN/m, its maximum flexure stress is: a. 100 MPa b. 300 MPa c. 400MPA d. none of these In problem #1, the value of the shear force at the midspan is equal to: a. 300 KN b. 360 KN c. 400 KN d. none of these
Transcribed Image Text:1. A simply supported 8m span beam with a uniform distributed load of 90KN/m over its entire span, the moment at the midspan equivalent to: a. 380 KN.m b. 580 KN.m c. 720 KN.m d. none of these When the load at problem #1, is decreased into 5O KN/m, its maximum flexure stress is: a. 100 MPa b. 300 MPa c. 400MPA d. none of these In problem #1, the value of the shear force at the midspan is equal to: a. 300 KN b. 360 KN c. 400 KN d. none of these
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