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Questions and Answers
What is the significance of placing the concentrated load at the end of the overhang in the given problem?
What is the significance of placing the concentrated load at the end of the overhang in the given problem?
- It changes the type of load from point load to distributed load
- It has no effect on the maximum shear at the mid span
- It increases the maximum shear at the mid span (correct)
- It reduces the maximum shear at the mid span
Which of the following is not a factor affecting the maximum shear at the mid span?
Which of the following is not a factor affecting the maximum shear at the mid span?
- Length of the overhang
- Location of the concentrated load
- Material properties of the beam (correct)
- Magnitude of the concentrated load
What is the primary reason for computing the maximum shear at the mid span?
What is the primary reason for computing the maximum shear at the mid span?
- To determine the moment at the support
- To ensure the beam's structural integrity (correct)
- To check the buckling load of the beam
- To calculate the beam's deflection
Which of the following assumptions is made when computing the maximum shear at the mid span?
Which of the following assumptions is made when computing the maximum shear at the mid span?
What is the unit of the maximum shear at the mid span?
What is the unit of the maximum shear at the mid span?
What type of load is applied to the beam?
What type of load is applied to the beam?
What is the total length of the simply supported beam?
What is the total length of the simply supported beam?
Where is the concentrated load of 116 kN located?
Where is the concentrated load of 116 kN located?
What is the purpose of computing the maximum shear at the midspan?
What is the purpose of computing the maximum shear at the midspan?
What is the most critical location for shear force calculation in this problem?
What is the most critical location for shear force calculation in this problem?
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Study Notes
Beam Description
- The beam is simply supported with a length of 10 m
- The beam has an overhang of 2 m at the left support
Loads on the Beam
- The beam carries a uniform load of 9.35 kN/m
- The beam also carries a concentrated load of 116 kN
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