(Answered) : Simulation Modeling Useful Supply Chain Risk Analysis Elements Incorporated Simulation Mod Q32479917

<p><strong>Part C - Matt's Car</strong></p><p>Matt has previously reported that the vertical forces acting ontheir car can be modelled as the ODE</p><p>d^2 y/dt^2 + 4c/m dy/dt + 4k/m y = 0</p><p>where

<p>I have this code in Python</p><p>import turtle<br/><br/>wn = turtle.Screen()<br/>wn.setup(<strong>700,700</strong>)<br/>wn.bgcolor("white")<br/><br/>#create pen<br/>class Pen(turtle.Turtle):<br/>def __init__(self):<br/>    turtle.Turtle.__init__(self)<br/>    self.shape("square")<br/>    self.color("black")<br/>    self.penup()<br/>    self.speed(<strong>0</strong>)<br/><br/>class Win(turtle.Turtle):<br/>    def __init__(self):<br/>       turtle.Turtle.__init__(self)<br/>       self.shape("square")<br/>        self.color("red")<br/>        self.penup()<br/>       self.speed(<strong>0</strong>)<br/><br/>class Player(turtle.Turtle):<br/>def __init__(self):<br/>    turtle.Turtle.__init__(self)<br/>    self.shape("square")<br/>    self.color("yellow")<br/>    self.penup()<br/>    self.speed(<strong>0</strong>)<br/><br/>def go_up(self):<br/>   

<p><img alt="Detailed Instructions There are several files supplied in this assignment. Examine them many times; their pur- pose makes sense as you work on the implementation of the linked list