This insight is a model of a parachute falling through the air. The objective is to determine--by comparing to actual data of a falling parachute--whether the drag coefficient is proportional to the velocity of the parachute, or it's square.
This differential equation model simulated the motion of a falling parachute. In particular, the mass of the parachute and velocity are used to calculate a drag force against the downward acceleration of the parachute towards the ground.
This is the file made to answer question 2 for the Modeling Project 1. Population is in units of [i]: individuals, R in units of [Months^-1] = Months (inverser), and that is equal to the differential equation for the population of people in time change of months. THIS WAS DONE OUTSIDE OF CLASS INITIALLY.
![This is the file made to answer question 2 for the Modeling Project 1. Population is in units of [i]: individuals, R in units of [Months^-1] = Months (inverser), and that is equal to the differential equation for the population of people in time change of months. THIS WAS DONE OUTSIDE OF CLASS INITI](https://insightmakercloud-files.storage.googleapis.com/1e11d14c-afd4-4185-b1e9-2f98a552987b/images/cover.jpg?X-Goog-Algorithm=GOOG4-RSA-SHA256&X-Goog-Credential=insightmakercloud-file-access%40insightmakercloud.iam.gserviceaccount.com%2F20241222%2Fauto%2Fstorage%2Fgoog4_request&X-Goog-Date=20241222T033402Z&X-Goog-Expires=3600&X-Goog-SignedHeaders=host&X-Goog-Signature=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)
