Browse the internet and find a very nice differential equation model (not among the ones covered in class lecture). Try to find the most interesting and unique one. If you can develop one by yourself without searching, that would be even better. Note that, you don't need to solve the model or even write paragraphs on it. Just write the differential equation(s) and mention which term denotes what in the equation(s). No further description or solution needed. So the answer should not take more than half a page to write down. The most important condition is: you need to find the model interesting!
Browse the internet and find a very nice differential equation model (not among the ones covered in class lecture). Try to find the most interesting and unique one. If you can develop one by yourself without searching, that would be even better. Note that, you don't need to solve the model or even write paragraphs on it. Just write the differential equation(s) and mention which term denotes what in the equation(s). No further description or solution needed. So the answer should not take more than half a page to write down. The most important condition is: you need to find the model interesting!
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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