keyideas4 - Q 6 Write the math expression for LRC series...

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Key Ideas for Tutorial 4 (to be submitted at the start of your tutorial on July 2 9 or Aug 3) 1. Write the equation that represents free motion for a spring: 2. Write the equation that represents free damped m otion for a spring: 3. Write the equilibrium condition for springs: ____________________ 4. Write the math expression for springs that corresponds to: a. Overdamped ____________________________ b. Critically damped ________________________ c. Underdamped ___________________________ 5. Write the equation for a forced LRC series circuit in terms of
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Unformatted text preview: Q : 6. Write the math expression for LRC series that corresponds to: a. Overdamped ____________________________ b. Critically damped ________________________ c. Underdamped ___________________________ 7. Write the boundary conditions for each type of beam end: Embedded _______________________________________ Free _____________________________________________ Hinged ___________________________________________ 8. Write the equation for the deflection function for a beam carrying a load: name:________________________...
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