The practice exercise explores slope fields and differential equations. Learners find approximate solutions and a particular solution of a given differential equation. The handout is available in PDF format.

The resource investigates differential equations. Students sketch approximate solutions using a given differential equation, point, and slope field. The example consists of an enlarged printable version of a graph available in PDF format.

The handout explores differential equations. Learners sketch approximate solutions using a given differential equation, point, and slope field. The exercise includes an enlarged printable version of a graph available in PDF format.

The handout examines differential equations and slope fields. Students sketch approximate solutions and calculate particular solution using integration. The example is available in PDF format.

The handout examines differential equations and slope fields. Students sketch approximate solutions and calculate particular solution using integration. The example is available in PDF format.

Differential equations, slope fields, and particular solutions are examined in the practice exercise. The resource consists of an enlarged printable version of a graph available in PDF format.

Differential equations, slope fields, and particular solutions are examined in the practice exercise. The resource consists of an enlarged printable version of a graph available in PDF format.

The practice problem explores slope fields and differential equations. The handout is available in PDF format.

The practice exercise examines differential equations and slope fields. The handout is available in PDF format.

The practice exercise has students sketch approximate solutions of a differential equation. The handout is available in PDF format and consists of a slope field.

The practice exercise explores slope fields, particular solutions, and differential equations. The handout is available in PDF format.

Scholars use integration to determine the particular solution of a given differential equation. The exercise includes a slope field for students to sketch approximate solutions. The handout is available in PDF format.

This math site discusses how to solve a system of diferential equations.

This lesson gives examples of how first order differentials apply to radioactive decay.

This App helps students learn and practice problem-solving strategies by providing transformations for various types of computational problems. Simplify expressions solving equations, compute derivatives, and more.

This site contains a description and problems dealing with Euler's method. The site discusses why the Euler method is not used in scientific computations.

This site from Wikipedia provides an in-depth look at the life, accomplishments, and ideas of mathematician George Boole. It discusses his publications on mathematics and logics, has information on his analogy between the symbols of...

This college site offers a variety of problems and answers. Problems are divided into topic areas for easy access. Also offers quizzes with each topic.

Over two dozen links are provided at this MathWorld site. From Polynomials and Series to Dynamical Systems and Catastrophe Theory, each link provides in-depth explanations and relevant diagrams of the topics at hand.

This University of St. Andrews site offers a biography of George Polya. Many links are provided.

[Free Registration/Login may be required to access all resource tools.] Calculate the equation of a line tangent to a single point

This University of St. Andrews page offers an excellent biography on George Boole, an English mathematician and linguist (1815-1864.) Discusses his life and his contributions to these fields.

This University of St. Andrews page offers an excellent biography on Gaspard Monge, a French mathematician and diversified scientist (1746-1818.) Discusses his life and his contributions to these fields.

This S.O.S. Math lesson discusses various mathematical equations and theorems which converge and solve the given differential equation, including Fuchs's Theorem, Hermite's Equation, Legendre's Equation, and Bessel's Equation.