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а. What is the internal shear force at point x = 4.1 ft if w, = 3.5 lbs/ft and L = 9.1 ft?

а. What is the internal shear force at point x = 4.1 ft if w, = 3.5 lbs/ft and L = 9.1 ft?

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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### Question a. What is the internal shear force at point \( x = 4.1 \) ft if \( w_1 = 3.5 \) lbs/ft and \( L = 9.1 \) ft? ### Diagram Description The diagram depicts a cantilever beam fixed at one end to a vertical wall. The beam extends horizontally with a distributed load \( w_1 \) starting from zero at the fixed end of the beam and increasing linearly to the value \( w_1 \) at the free end. The load is represented by arrows pointing downwards along the beam. - **\( x \)**: Distance from the fixed end to a point on the beam where the internal shear force is evaluated, in this case, 4.1 ft. - **\( L \)**: Total length of the beam, which is 9.1 ft. - **\( w_1 \)**: Maximum intensity of the distributed load at the free end, given as 3.5 lbs/ft.
Transcribed Image Text:### Question a. What is the internal shear force at point \( x = 4.1 \) ft if \( w_1 = 3.5 \) lbs/ft and \( L = 9.1 \) ft? ### Diagram Description The diagram depicts a cantilever beam fixed at one end to a vertical wall. The beam extends horizontally with a distributed load \( w_1 \) starting from zero at the fixed end of the beam and increasing linearly to the value \( w_1 \) at the free end. The load is represented by arrows pointing downwards along the beam. - **\( x \)**: Distance from the fixed end to a point on the beam where the internal shear force is evaluated, in this case, 4.1 ft. - **\( L \)**: Total length of the beam, which is 9.1 ft. - **\( w_1 \)**: Maximum intensity of the distributed load at the free end, given as 3.5 lbs/ft.
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