Milestone $5$: Week #$16($Differential Equations with Coding & Presentation with At Reflections$)$

DUE: Sunday, May $5$

Submission: Adobe Express Link in Canvas & Video Presentation

Directions: Milestone $5$ wraps up the final touches for your Adobe page

The Problem: This milestone will give you a flavor of coding that is very important in any STEM field. First, you will be given code from the last lecture on the $f$ population differential equation with solution example $($see appendix at the This code plots the approximate values from Euler's method $($red dots$)$ as well as the solution to the differential equation $($blue line$).$

You will copy$/$paste the provided code into the following online Python compiler $$ and click Run at the top of the menu. The results will be printed on the right side of the website and should match the output shown at the end of this document.

You will choose from the following differential functions based on the first letter of your last name, noted in the parentheses. You will need to find the solution for your differential equation as well.

Differential Equations:

$(A-I)$ Function $1$:

$\frac{dy}{dx}=75-0\mathrm{.}3y$

$(J-R)$ Function $2$:

$\frac{dy}{dx}=65-0\mathrm{.}2y$