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3 cards from this section. Quick, good the night before a test.
What is the general equation for a beam under uniform load?
Think about the governing differential equation for beams.
Define a Particular Integral.
It contributes to the total solution.
What is the role of the Particular Integral in a non-homogeneous equation?
Think about how discrimination differs from natural responses.
True or False: A homogeneous differential equation can have external forcing functions.
Consider the definition of homogeneous terms.
Given a beam with length L subjected to a uniform load q, derive an expression for the maximum deflection. Assume fixed boundary conditions at both ends.
Pay close attention to boundary conditions for fixed supports.
For a damped vibrating system represented by m d²y/dt² + c dy/dt + ky = F cos(ωt), solve for the steady-state response when ω = ω0.
Understand resonance behavior clearly to derive correct PID function.
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