Fall 2009: Difference between revisions
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====HW # 5==== |
====HW # 5==== |
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Put a link here to an example problem you made up and solved |
Put a link here to an example problem you made up and solved using Laplace Transforms, of the complete solution of a mechanical system or a circuit that is described by linear ordinary differential equations with constant coefficients. Make sure you start with the physical system, and end up with the time response of the system. |
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Use your wiki page to explain the problem and solution to one of your classmates. Have him or her certify that they have checked it for errors, by listing that on the page. Then go to [http://moodle.wallawalla.edu Moodle] and put a link to your page in the in-box for HW #5. |
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[[Laplace transforms:Series RLC circuit]] |
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[[Laplace transforms:Mass-Spring Oscillator]] |
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[[Laplace transforms:DC Motor circuit]] |
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[[Laplace transforms: Simple Electrical Network]] |
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[[Laplace transforms: R series with RC parallel circuit]] |
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[[Laplace transforms: Critically Damped Motion ]] |
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[[Laplace transforms: Under-damped Mass-Spring System on an Incline]] |
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[[Laplace transforms: Critically Damped Spring Mass system]] |
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[[Laplace Transforms: Vertical Motion of a Coupled Spring System]] |
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[[Laplace Transforms: Coupled Springs]] |
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====HW #12==== |
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Coupled Oscillator Problem |
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[[Coupled Oscillator: Hellie]] |
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[[Coupled Oscillator: Coupled Mass-Spring System with Input]] |
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[[Coupled Oscillator: Coupled Mass-Spring System with Damping]] |
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[[Coupled Oscillator: Jonathan Schreven]] |
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[[Coupled Horizontal Spring Mass Oscillator]] |
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[[Coupled Oscillator: Double Pendulum]] |
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[[Coupled Oscillator: horizontal Mass-Spring]] |
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[[Coupled Oscillator: Spring Pendulums]] |
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[[Coupled Oscillator: Pulley]] |
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==2009-2010 Contributors== |
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[[Ben Henry]] |
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[http://fweb.wallawalla.edu/class-wiki/index.php/Fall_2009/JonathanS Jonathan Schreven] |
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[http://fweb/class-wiki/index.php/Laplace_transforms:DC_Motor_circuit/ Kendrick Mensink] |
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[http://fweb/class-wiki/index.php/Laplace_transforms:_Critically_Damped_Motion Mark Bernet] |
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Latest revision as of 20:59, 14 December 2009
HW # 5
Put a link here to an example problem you made up and solved using Laplace Transforms, of the complete solution of a mechanical system or a circuit that is described by linear ordinary differential equations with constant coefficients. Make sure you start with the physical system, and end up with the time response of the system.
Use your wiki page to explain the problem and solution to one of your classmates. Have him or her certify that they have checked it for errors, by listing that on the page. Then go to Moodle and put a link to your page in the in-box for HW #5.
Laplace transforms:Series RLC circuit
Laplace transforms:Mass-Spring Oscillator
Laplace transforms:DC Motor circuit
Laplace transforms: Simple Electrical Network
Laplace transforms: R series with RC parallel circuit
Laplace transforms: Critically Damped Motion
Laplace transforms: Under-damped Mass-Spring System on an Incline
Laplace transforms: Critically Damped Spring Mass system
Laplace Transforms: Vertical Motion of a Coupled Spring System
Laplace Transforms: Coupled Springs
HW #12
Coupled Oscillator Problem
Coupled Oscillator: Coupled Mass-Spring System with Input
Coupled Oscillator: Coupled Mass-Spring System with Damping
Coupled Oscillator: Jonathan Schreven
Coupled Horizontal Spring Mass Oscillator
Coupled Oscillator: Double Pendulum
Coupled Oscillator: horizontal Mass-Spring
Coupled Oscillator: Spring Pendulums