INSTRUCTION: Answer the problem set given. Provide a complete and clear solutions with appropriate illustrations. Express your final answer in fraction and into 2 decimal places with correct units and box it. For the figure shown below, derive an expression for the value of maximum deflection. a W a CO
INSTRUCTION: Answer the problem set given. Provide a complete and clear solutions with appropriate illustrations. Express your final answer in fraction and into 2 decimal places with correct units and box it. For the figure shown below, derive an expression for the value of maximum deflection. a W a CO
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Using Double Integration Method.

Transcribed Image Text:INSTRUCTION: Answer the problem set given. Provide a complete and clear solutions with
appropriate illustrations. Express your final answer in fraction and into 2 decimal
places with correct units and box it.
For the figure shown below, derive an expression for
the value of maximum deflection.
(5
W
▬▬▬▬
C
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Transcribed Image Text:Problem 02
Using the expression obtained in Problem No. 01 design
the dimension of the beam using the following criterion.
E = 10 GPa
L = 3a = 9m
Maximum deflection = L/360
W 50 kN/m
Use rectangular beam, b = base & d = depth, assume d 2b
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