Differential Equations Just another WordPress.com weblog
OVERVIEW
AFREDRICKSONMTH212S10.WORDPRESS.COM TRAFFIC
Date Range
Date Range
Date Range
LINKS TO WEBSITE
MTH 212 Section 1, Differential Equations, Spring 2010. 01 Structure of the course. 04 Classroom management and expectations. 05 Academic Calendar, Spring 2010. 06 UMass Dartmouth Student Academic Integrity Policy. Project 4, 2nd quarter, 2010. Project 3, 2nd quarter, 2010.
WHAT DOES AFREDRICKSONMTH212S10.WORDPRESS.COM LOOK LIKE?
AFREDRICKSONMTH212S10.WORDPRESS.COM SERVER
BROWSER IMAGE
SERVER SOFTWARE
We discovered that afredricksonmth212s10.wordpress.com is weilding the nginx os.HTML TITLE
Differential Equations Just another WordPress.com weblogDESCRIPTION
Just another WordPress.com weblogPARSED CONTENT
The site had the following in the homepage, "The second project of the semester was the predator prey model." I noticed that the web site stated " Lee, Nick, and I worked on this project." They also stated " The outline of this project was to. Choose a system of equations, with values of parameters and initial conditions to investigate. Use Eulers method and Runge-Kutta in MATLAB to obtain numerical approximations. Plot both solution curves as a function of time and as phase space plots. We found the system of equations."ANALYZE MORE BUSINESSES
Begin with the following equation. To solve we first need to use separation of variables. You end up with the following. Next you multiply both sides by e. We end with the following. If the temperature of .
Our last objective was to find exact solutions to the systems of differential equations we made in the last assignment. The first step was to put the two equations in matrix form with the eigenvalues -3,1,1,-3 in one matrix and y1 and y2 in the other matrix. We had to find a value for x so that the matrix equation.
For this project we were given two first order linear differential equations. Our goal is to use the characteristic equation. To find values for the constants. In each case the eigenvalues. Are the roots for the characteristic equation. In the code, we replaced the constants.
For this project, my teammates were the same as those in Project 1. Represents growth rate of prey. Is the rate at which predators destroy prey. Is the death rate of predators. Is the rate at which the number of predators increase by eating prey. For these two equations, we used specific values that we found to work after trial and error. The values we found for these variables were.
Mdash; Leave a comment. Mdash; Leave a comment. Mdash; Leave a comment. I enjoyed the other presentations. The other teams worked very hard on their projects and the other predator pre.