Complete Metadata
- ContainerType
- Module
- MetadataVersion
- 1.0
- Title
- Spring Mass System Module
- Abstract
- The Spring Mass System Module investigates the role of differential equations in the modeling
and analysis of a simple spring mass system. This module follows the dynamic systems investigation
process which scientists, engineers, and mathematicians often use in the study of physical systems.
- Keywords
- differential equations, oscillation, spring, mass
- Steward
- info@links.math.rpi.edu
- Location
- http://links.math.rpi.edu/modules/springmass/index.html
- Version
- 1.0beta
- VersionDate
- 19971106
- Form
- Module
- Language
- en_US
- Author
- Kevin Craig, William Siegmann, James Fairweather, Michael Chen
- CatalogueID
-
- Format
- HTML,DigitalText,DigitalImage,DigitalVideo
- UserSupport
- N
- Presentation
- Text,Images,Applets
- Structure
- Hyperdimensional
- LearningLevel
- ??
- Use Time
- ??
- Subject
- Engineering, Physics, Mathematics
- Educational Objectives
- ??Inform about an alternate computing platform that originated many of the advanced multimedia and user-interface features seen in popular computer operating systems today.
- Pedagogy
- Guided Discovery (instructor assumed to be present with students)
- UseRights
- Unrestricted
- PriceCurrency
-
- PriceAmount
- 0.0
- Relation
- Pendulum Module, Spring Pendulum Module, How Engineers, Scientists and Mathematicians Study Physical Systems Tutorial, Free Body Diagram Tutorial, Classifying Differential Equations Tutorial,
Solving Ordinary Differential Equations: Linear with Constant Coefficients Tutorial, Trigonometric Identity Tutorial,
Natural Frequency Tutorial
- Source
-
- Prerequisites
-
- InteractivityLevel
- Medium
- Credits
-
- Cataloguer's Name & Email Address
- Pamela Kott <kottp@links.math.rpi.edu>