1. Consider the beam shown in figure 1, derive the equation needed to solve the weight (w) of the beam. w(x) -dx Figure 1 2. In reference to figure 1, derive the equations/formula needed to solve the shear force of certain section of a beam. 3. In reference to figure 1, derive the equations/formula needed to solve the bending moment of certain section of a beam. 4. Consider the FBD of an infinitesimal beam element carrying a concentrated force and concentrated couple shown in figure 2, derive an equation to solve for the shear force. M Figure 2 5. In reference to figure 2, derive an equation to solve for the bending moment. 6. Summarize the equations your have derived.
1. Consider the beam shown in figure 1, derive the equation needed to solve the weight (w) of the beam. w(x) -dx Figure 1 2. In reference to figure 1, derive the equations/formula needed to solve the shear force of certain section of a beam. 3. In reference to figure 1, derive the equations/formula needed to solve the bending moment of certain section of a beam. 4. Consider the FBD of an infinitesimal beam element carrying a concentrated force and concentrated couple shown in figure 2, derive an equation to solve for the shear force. M Figure 2 5. In reference to figure 2, derive an equation to solve for the bending moment. 6. Summarize the equations your have derived.
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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Transcribed Image Text:1. Consider the beam shown in figure 1, derive the equation needed to solve the weight (w) of the beam.
w(x)
- dx
Figure 1
2. In reference to figure 1, derive the equations/formula needed to solve the shear force of certain section of a beam.
3. In reference to figure 1, derive the equations/formula needed to solve the bending moment of certain section of
a beam.
4. Consider the FBD of an infinitesimal beam element carrying a concentrated force and concentrated couple shown
in figure 2, derive an equation to solve for the shear force.
PA
dx
Figure 2
5. In reference to figure 2, derive an equation to solve for the bending moment.
6. Summarize the equations your have derived.
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