Publication Date

8-14-2025

Document Type

Research Project

Publication Title

Gavilan College's 2025 Poster Symposium

Abstract

Linear nonhomogeneous differential equations appear in many physical, biological, and engineering systems where input or forcing terms act on otherwisse linerar dynamics. Solving such equations helps model real-world phenomena, ranging from population growth under external influencse to the otion of damped systems with external forcing. The ability to compare exact olutions with numerical and matrix-based approximations is crucial for understanding th accuracy and limitations of each approach.

Funding Number

P031C210210

Funding Sponsor

U. S. Department of Education

Creative Commons License

Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.

Department

Computer Science

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