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4. AX kN load will fall from a height of W/5 m. Assume El = 400 x 1010 Nmm?. %3D (X kN) W, kN/m W/2, kN/m Z/10, m Z/10, mi a) What is the maximum midspan deflection in mm? b) What is the maximum midspan moment in kNm? W/5, m² W= 25, W= 25 KN/m w/2=12.5 KN /m %3D w/5 = 5m, 5KPa %3D X=475 Y= 155 57=775 KN Y/100 = 7.75m %3D Z/10=6.0m, 6.OK Pq %3D

4. AX kN load will fall from a height of W/5 m. Assume El = 400 x 1010 Nmm?. %3D (X kN) W, kN/m W/2, kN/m Z/10, m Z/10, mi a) What is the maximum midspan deflection in mm? b) What is the maximum midspan moment in kNm? W/5, m² W= 25, W= 25 KN/m w/2=12.5 KN /m %3D w/5 = 5m, 5KPa %3D X=475 Y= 155 57=775 KN Y/100 = 7.75m %3D Z/10=6.0m, 6.OK Pq %3D

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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4. AX kN load will fall from a height of W/5 m. Assume El = 400 x 1010 Nmm?. %3D (X kN) W, kN/m W/2, kN/m Z/10, m Z/10, mi a) What is the maximum midspan deflection in mm? b) What is the maximum midspan moment in kNm? W/5, m²
Transcribed Image Text:4. AX kN load will fall from a height of W/5 m. Assume El = 400 x 1010 Nmm?. %3D (X kN) W, kN/m W/2, kN/m Z/10, m Z/10, mi a) What is the maximum midspan deflection in mm? b) What is the maximum midspan moment in kNm? W/5, m²
W= 25, W= 25 KN/m w/2=12.5 KN /m %3D w/5 = 5m, 5KPa %3D X=475 Y= 155 57=775 KN Y/100 = 7.75m %3D Z/10=6.0m, 6.OK Pq %3D
Transcribed Image Text:W= 25, W= 25 KN/m w/2=12.5 KN /m %3D w/5 = 5m, 5KPa %3D X=475 Y= 155 57=775 KN Y/100 = 7.75m %3D Z/10=6.0m, 6.OK Pq %3D
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