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Nuffield Foundation " Practical Physics " > Electric circuits and fields " Simple electric circuits. Practical activities designed for use in the classroom with 11- to 19-year-olds. Have also developed resources and approaches that underpin effective educational practice. These are freely available via our teachers page.

These segments get to the heart of the conceptual misunderstanding that teachers encounter when attempting to teach simple circuits. It demonstrates some instructional alternatives teachers can use.

This is an excellent design for a student-centered inquiry activity. I'd like to revise my introduction to circuits next year to work more like this.

Personal relevance examples are given in order to make lessons and information meaningful for students. Personal connections to material will help retention of material as well as motivate student willingness to learn.

One thing that came to mind when I read this article was a technique of vocabulary instruction that my school has been using for the past few years. It is called the "Marzano" method of instruction (named after Robert Marzano) which asks students to give their own impression/explanation of a new term before it is used in class. I often like using this technique for vocabulary in Physics that has a contemporary meaning aside from how we will be using it in our course. One great example is "Resistance" in circuitry. I will ask the students (as per the Marzano method) to write down a description or explanation of this word, then I will go around and record the results from random students around the room. The 'group' consensus definitions are then combined to come up with the 'official' or 'technical' definition of the word. It's amazing to see how many students have odd connections to words that help explain the science meaning of the word. Once I had a student bring up the idea of resistance meaning a "rebellion" or "uprising" of sorts. In electrical terms that is not the 'true' definition, but having the students visualizing the electric conductor 'fighting back' against the electron flow can easily guide students to the more appropriate usage of the word. This way, students can see that these 'new' terms are ones that they already have an inkling of understanding for. Their understandings are not useless, but rather need to be expanded upon as we learn more about our content.

This seems a really excellent support for the PBL model of instruction - providing real-world context to the material of a class motivates learning, and allows students to activate prior knowledge. See also the another edutopia article: http://www.edutopia.org/project-based-learning-student-motivation

This is a perfect resource for students who have trouble writing notes, need to review, or missed class. Teachers could attach a link for a particular lesson to your class website for students to review before class or before a test.

Tests show that pre-service teachers have unscientific ideas about "source of stationary current", "The concept of current, energy and potential differences are used one another by mistaken", "current usage" and "sequential reasoning".

This 8-day multimedia unit explores the fundamentals of electrical circuits in a highly interactive format for the beginning learner. Folder " Shared Folders " Alexandra Grizinski " Member Directory "

A website which provides the terminology used in circuits but appropriate for students. This page in particular could become part of a scavenger hunt or WebQuest activity. It has some use as a stand alone resource as well.

This is a video explaining simple circuits. This video could be used in instructing for simple circuits.

Build your own series and parallel circuits and measure voltages and currents with the brilliant Circuit Builder interactive. Offers voice and text instructions.