This math lesson shows how differential equations apply to Newton's Law of Cooling.

This math lesson shows how population growth can be determined by using differential equations.

This lesson defines a first order differential equation and provides links to properties of first order differential equations.

This lesson defines a second order differential equation and provides links to topics relating to it.

This lesson provides sample problems and solutions to first order linear differential equations.

This lesson discusses properties of both homogeneous and nonhomogeneous linear second order differential equations.

This lesson provides practice problems and solutions to separable differential equations.

This lesson defines a first order separable differential equation and shows the steps as to how to solve one.

This lesson discusses the basic property of a homogeneous linear equation.

This lesson shows how to solve a second order homogeneous equation with constant coefficients.

Young scholars learn the basics of "Modeling with Mathematics" (CCSS.MP.4) as they practice putting their thinking on paper in this beginning of year lesson. This lesson includes a video tutorial, differentiated worksheets based on skill...

Third graders are able to illustrate the commutative property and articulate the differences and similarities between two models demonstrating the same pair of facts. The lesson plan includes a detailed plan, samples of student work, a...

Understanding area and perimeter can help children work on solutions to very important, real world problems.

In this multi-day activity, 3rd graders make 3 different models of an orphanage floor plan using Google Drawing, Virtual Graph paper, and a construction of rectilinear shapes, to calculate the area of each room using units square.

This lesson demonstrates how differential equations are used to determine the growth of AIDS cases. Note: The data provided is conflicting, but allows for demonstration of how the concept is applied to real world situations.

College professor Dan Bach reviews the basic calculus concepts of limits and derivatives. The site includes examples and animated graphs.

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

Very nice lesson on taking the derivative of a function and its inverse.

Explore the world of Calculus through differentiation. Focusing on areas such as limits, tangents to curves, and derivatives, this site shows you how to solve problems based on the discoveries of Sir Isaac Newton and Gottfried Leibniz....

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.

This lesson puts integration to work. Lessons include integral, derivatives, antiderivatives, and indefinite integrals. The Trapezoidal and Simpson's Rules are highlighted. The examples are enhanced using Live, Math and Scientific...

In this lesson plan, students are exposed to the different types of political samples, given lists of election data and asked to differentiate between the samples, and informed as to the sources of bias in samples. In addition to...