The class is called ARC2501 architectural structues at St. Petersburg College If unable to answer please direct me to someone who can. For beam 4 find the reactions R1  Show shear magnitiude at right support Show magnitude and location of maximum shear (Vmax) Show moment magnitude at right support Show magnitude and location of maximim moment (Mmax)

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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The class is called ARC2501 architectural structues at St. Petersburg College

If unable to answer please direct me to someone who can.

For beam 4 find the reactions R1 

Show shear magnitiude at right support

Show magnitude and location of maximum shear (Vmax)

Show moment magnitude at right support

Show magnitude and location of maximim moment (Mmax)

The image depicts a structural diagram of a cantilever beam subjected to a uniformly distributed load. 

- The beam is labeled "BEAM #4" and extends horizontally from a fixed support on the right.
- The fixed support is denoted with a vertical line and marked with "R1" indicating the reaction force at this point.
- The beam has a length of 4 feet, as indicated by the annotation "4'".
- The uniformly distributed load acting on the beam is shown with several horizontal lines across the beam and is specified as "W = 100 plf" (pounds per linear foot).

This diagram illustrates the basic concept of a cantilever beam under a distributed load, which is a fundamental topic in structural engineering and mechanics of materials.
Transcribed Image Text:The image depicts a structural diagram of a cantilever beam subjected to a uniformly distributed load. - The beam is labeled "BEAM #4" and extends horizontally from a fixed support on the right. - The fixed support is denoted with a vertical line and marked with "R1" indicating the reaction force at this point. - The beam has a length of 4 feet, as indicated by the annotation "4'". - The uniformly distributed load acting on the beam is shown with several horizontal lines across the beam and is specified as "W = 100 plf" (pounds per linear foot). This diagram illustrates the basic concept of a cantilever beam under a distributed load, which is a fundamental topic in structural engineering and mechanics of materials.
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