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2 cards from this section. Quick, good the night before a test.
What does the variable 'w' represent in beam deflection calculations?
Think about what is being applied to the beam.
True or False: Longer spans generally lead to greater deflection.
Consider how distance affects bending.
What does 'E' stand for in the deflection formula?
Remember what defines a material's ability to stretch.
True or False: The moment of inertia affects deflection calculations.
Consider how form and structure improve resistance to bending.
A simply supported beam of 10m is subjected to a concentrated load of 20kN at midspan. Calculate the deflection using appropriate formulas.
Identify the length and corresponding elasticity for your calculation.
Discuss differences in beam behavior in various loading conditions (point vs. uniform load) and how calculations differ.
Think about how the load shape changes the impact on the beam.
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