Resource Details for Record #123

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1. Information About Submitter Your Role: Author Name: David Smith E-mail Address: das@math.duke.edu Mailing Address: Box 90320 City, State, Zip: Durham,  NC  27708-0320

2. Other Roles

3. Resource You are Submitting Title of Resource:   Gain and Phase Shift URL of Resource:   http://www.math.duke.edu/education/ccp/materials/diffeq/gain/index.html Description of Resource: Using Maple, Mathmatica, or MatLab, learner should be able to explore the relationship between frequency of an external driving force and the parameters of a damped linear oscillator. Taxonomy Path: Taxonomy 1:    Mathematics/OrdinaryDifferential Equations/Application Taxonomy 2:    Mathematics/Ordinary Differential Equations/Second Order Keywords:     harmonic , resonance

4. Technical Information and Requirements for this Resource Resource Format 1: Mediatype: Math Application Datatype: .m(application/matlab) Resource Format 2: Mediatype: Math Application Datatype: .mws(application/maple) Resource Format 3: Mediatype: Math Application Datatype: .nb(application/mathmatica) Resource Format 4: Mediatype: Web Page Datatype: .htm(text/html)

5. General Information About the Resource You are Submitting Difficulty:    Medium    Interactivity Level of this Resource:    High    Language of Resource:   English    Intended Role of Primary End User:   Learner Intended Use of Learning Resource:     Exercise Is there a cost for using this resource?   No Are there copyright restrictions?   Yes Using Maple, Mathmatica, or MatLab, learner should be able to develop and explore a compartment model for the amount of lead in a human body and to study a three-dimensional driven linear system.

6. Resource Relationships

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