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The cantilever beam is subjected to a uniform distributed load (g) and a concentrated force (F), at the locations shown below. Place the coordinate system origin (x = 0) at the left end of the beam, and follow the standard sign convention for V and M from the textbook. q

The cantilever beam is subjected to a uniform distributed load (g) and a concentrated force (F), at the locations shown below. Place the coordinate system origin (x = 0) at the left end of the beam, and follow the standard sign convention for V and M from the textbook. q

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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Determine the maximum shear force. Express the answer as magnitude only and ignore signs/directions. Vmar 6 |Mmaz| 9 Xmaz kN Determine the maximum bending moment and the distance from the origin (x = 0) to the location of this moment, e.g., distance Xmar. Express the answers as magnitude only and ignore signs/directions. 1 ?✔100% kN m ? X0% ? *0%
Transcribed Image Text:Determine the maximum shear force. Express the answer as magnitude only and ignore signs/directions. Vmar 6 |Mmaz| 9 Xmaz kN Determine the maximum bending moment and the distance from the origin (x = 0) to the location of this moment, e.g., distance Xmar. Express the answers as magnitude only and ignore signs/directions. 1 ?✔100% kN m ? X0% ? *0%
The cantilever beam is subjected to a uniform distributed load (g) and a concentrated force (F), at the locations shown below. Place the coordinate system origin (x = 0) at the left end of the beam, and follow the (ä standard sign convention for V and M from the textbook. Given: • L₁ = 1 m • L₂ = 4 m • F = 6 kN • q = 4.5 kN/m L₁ X q L₂ L₁ F
Transcribed Image Text:The cantilever beam is subjected to a uniform distributed load (g) and a concentrated force (F), at the locations shown below. Place the coordinate system origin (x = 0) at the left end of the beam, and follow the (ä standard sign convention for V and M from the textbook. Given: • L₁ = 1 m • L₂ = 4 m • F = 6 kN • q = 4.5 kN/m L₁ X q L₂ L₁ F
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