In this worksheet, students solve 5 multi-step problems involving sine, cosine, velocity, inflection and constants.

Students solve problems involving graphs. In this calculus lesson, students relate harmonic motion to velocity. They discuss the derivative and the effect on the functions created.

In this literacy instructional activity, students find the words that are related to the concept that is the theme of the word search puzzle.

Students explore diameter, radius, and circumference. They define radius, diameter, and circumference on an online dictionary, identify objects in the room with a radius and a diameter, and calculate the radius and diameter of various...

Students use a spreadsheet program to graph and compare milage, gasoline costs and travel time for two travel routes in their virtual field trip in Michigan. They determine the most economical route based on the graphs and calculations.

A comprehensive guide for learning all about differential equations with definitions, differential equation formulas, methods to solve them, their applications, solved examples, and practice questions.

The online course consists of educational materials about differential equation. Video lectures, readings, syllabus, exams, interactive mathlets, and assignments with solutions are included.

The online course consists of educational materials about differential equation theory. Lecture notes, readings, projects, syllabus, exams, and assignments with solutions are included.

This lesson gives basic definitions, including differential equation and linear differential equation.

Hotmath provides 20 practice problems dealing with differential equations. Each of the practice problems include a step-by-step guide.

This video, from Khan Academy, is about modeling different things with differential equations and this topic is well explained by modeling population.

The tutorial explores differential equations. Topics examined are first order differential equations, second order differential equations, Laplace transforms, Fourier series, higher order differential equations, and systems of...

In this activity, students analyze first order, second order, and autonomous systems of two first order differential equations.

The tutorial examines second order differential equations. Topics investigated are real solutions, auxiliary equations, and how to solve second order differential equations. The resource includes examples with detailed solutions.

The tutorial examines second order differential equations. Topics investigated are real solutions, auxiliary equations, and how to solve second order differential equations. The resource includes examples with detailed solutions.

In this activity, students investigate the use of the differential equation graphing mode to solve various differential equations. They learn and explore to use numerical and graphical methods for solving various differential equations.

Scholars examine applications of differential equations. Examples explore how differential equations are used to model population, Newton's law of cooling, and engineering systems.

This is a good MathWorld site with links to various topics dealing with differential equations.

This activity acquaints students with the features and capabilities of the calculator that are used to study concepts related to differential equations. Students graph and solve a range of differential equation problems.

The tutorial explores second order differential equations. Topics investigated are complex solutions and how to solve second order differential equations. The resource includes examples with detailed solutions.

This activity involves using the graphing calculator to find an approximate solution to a differential equation with Euler's Method, find the actual solution to the differential equation, and compare the two solutions.

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

In this Computer Algebra System (CAS) activity, students investigate differential equations analytically, graphically and numerically and see relationships between the three approaches.

In this activity, Students can use the graphing calculator to solve a differential equation. The resulting function is a logistic curve that gives the number of people infected with the flu "t" days after winter break.