Here's a whole different look at Faraday. His religion, Sandemanian, greatly influenced both his life and his science. This article looks deeply at that aspect of his life.

In this interactive tutorial students will look at the energy stored in the magnetic field of an inductor. Self-inductance and mutual inductance will be distinguished and circuits with capacitors and inductors, or LC circuits will be...

Through labs, readings, videos, and discussions, students learn about the concepts of Electromagnetic Induction.

Students learn about static electricity using terms such as friction, induction, and conduction. They also explain and illustrate the difference between alternating and direct current, and understand the relationship among voltage,...

[Free Registration/Login may be required to access all resource tools.] Covers what electromagnetic induction is, how it occurs, the current produced from it, and how it is used.

[Free Registration/Login may be required to access all resource tools.] Inductive reasoning in science and its limitations.

In this interactive tutorial students will learn about a magnetic flux, induced current and how to apply Lenz's Law.

Apart from the piezo generator, all of these generators are based on the same simple design, where magnets are rotated near to coils of wire (Faraday Induction). There is no coil switching so these are AC generators. On magnet movement,...

Excellent article that clearly explains the meaning and significance of "induction" in the history of philosophy. Relates the concept to philosophy of science as well as epistemology, demonstrating how the issues raised by induction are...

Take one of two approaches when investigating nature, using either inductive or deductive reasoning.

Shows how simple harmonic motion is used in a circuit comprised of an inductor and a capacitor. Includes detailed formula derivation utilizing calculus.

[Free Registration/Login may be required to access all resource tools.] Expalins how an electric generator works.

[Free Registration/Login may be required to access all resource tools.] Discusses how an electric transformer works and step-up and step-down transformers.

An electrical circuit simulation modeling a resistor, capacitor, and inductor in a series. Vary the resistance, capacitance, inductance and source frequency in the simulation.

A relatively easy set of instructions for building a Leyden jar, and an easy-to-understand explanation of how it works.

This simulation demonstrates a rotating conducting disk in a magnetic field which produces a current or a self-exciting dynamo.

[Free Registration/Login may be required to access all resource tools.] Find out about how people use scientific reasoning to think scientifically. Included in the assignment is a four minute video and review questions.

Change the size and orientation of a conducting loop falling out of a region of uniform magnetic field. Then, the data is plotted on an interactive graph.

This site contains a straightforward definition of resonance in an electrical circuit.

An easy to do, fun activity that investigates sound waves. The activity is presented in lesson plan format that meets NSES standards.

College-level electrical engineering course highlighting electric power systems. Course introduces electric power and the conversion of electrical to mechanical energy. Course features include readings, assignments, and quizzes.

How do you build a frog from a single cell? Learn how body axes are established and nerve tissue is induced in frog embryos.

Do you know how to induce an electromotive force? This reference page will help you understand why Faraday's law mean and how to use it.

Power Point presentation on scientific method for NAS 102 Human and Environmental Biology II.