# ilever beam shown below has length L, and a fixed support at the left end. The beama uniformly distributed load (w) at the free end. The distributed load is located a(a) from the fixed end. Determine the formulas for formulas for 0x) and Ax), ingion of the cantilever beam. [Note: Just like the formulas inside the front cover ofbook, these formulas will be a function of w, L, a, E and I.].WFIXED2:210/1

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Using the double integration method, determine the formulas for slope and deflection in each region of the beam. help_outlineImage Transcriptioncloseilever beam shown below has length L, and a fixed support at the left end. The beam a uniformly distributed load (w) at the free end. The distributed load is located a (a) from the fixed end. Determine the formulas for formulas for 0x) and Ax), in gion of the cantilever beam. [Note: Just like the formulas inside the front cover of book, these formulas will be a function of w, L, a, E and I.]. W FIXED 2:2 10/1 fullscreen
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Step 1
Step 2

Consider the cantilever beam as ABC.

Sketch the Free Body Diagram as shown below.

Step 3

Refer to Figure 1.

Use equil... help_outlineImage TranscriptioncloseΣΜ-0 L-a w(L-a) "e-3Nο) - M 0 2 M=F E -α) Μ: + ΣF-0 V -w(L-a)0 V =w(L-a) fullscreen

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