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Electricity -- we depend on it every minute of every day. And yet to many of us, electricity seems a mysterious and even magical force. Before Ben Franklin did his famous and very dangerous kite flying experiment, electricity was thought to be a type of fire. ------------------------------------------------------------------------------------------------------------------------ I think this is an excellent lesson to teach to grades 3-6. I am pleased with this lesson that it lists the lesson sequence, materials needed, and the objectives. I really like the variety that this lesson includes. It allows students to get up and move in acting out an electric circuit as well as get up close and personal with electricity and how it works with the activity. Not only does this lesson involve interactive components for students, it also provides many videos that correlate with the lesson. This lesson plan seems easy to follow with the instructional sequence and I think it would be easy to fit within the McKendree lesson plan template and add a bit of flair from the teacher candidate. I think this lesson also allows teachers to impose his or her own spin on the lesson and choose what parts to include or omit as well as what might need to be added to the lesson. A lesson like this with so much instructional variety helps to reach students that learn from hands-on activities, students who learn more visually, as well as students who learn best from discussion and instruction. I would follow the instructional sequence if I were to use this lesson in the classroom, but I would tailor it to fit my time allotment for teaching Science, thus it would be done in smaller segments. I would choose one or two videos to share with the class, but post the rest on our class website so the children could view them if the wanted to.

I like this lesson because it includes an activity on how electrical charges attract and repel. While doing the activity using Cheerios, thread, wire clothes hanger, plastic comb, piece of wool, foam cup, and a large nail, students will draw conclusions about the nature of electricity. It must be a good lesson or it would not be posted on the Smithsonian's website!

This article will help me prepare for teaching elementary students a lesson on static electricity. It explains the difference between static charge and static shock.

This article will help me prepare for teaching elementary students a lesson on static electricity. It explains the difference between static charge and static shock.

This is an android app, there is a free trial but then you do have to pay about $3 for the rest of the experiments. The app opens with an experiment using batteries, tape, paper, two alligator clips, and a pencil led. The isea is to build a simple circuit. The whole experiment is guided on what ever device you use. After the experiment is conducted it is even explained. The guide even tells you why pencil led was used, graphite contains carbon and carbon can carry electricity. I would use this app in a young classroom to introduce electricity, or the flow of energy. I might even use this as an opener so everyone can do it. Then we might discuss what exactly we learned, or what else we would like to know. I would also set up at least one real experiment to show the students up close. I wouldn't let them do a real one on their own unless they were 3rd grade and up. I think this is an amassing way to introduce electricity and show students how circuits work. Electricity is a real world thing that they use every day.

This website provides procedures for creating static electricity using a variety of materials. The lesson also provides objectives and suggestions for "gearing up." The procedures are geared towards 6th and 8th graders but I can do the challenging demonstrations and just have my students observe. I like this lesson because it provides a variety of activities to show students how static electricity is made. There are activities provided in this lesson that would be appropriate for elementary students, and I will modify this lesson for my elementary students accordingly.

This site provides everything from objectives to assessment strategies and also lists related books and links for more information.

This resource contains instructions on how to bend water. The object is to bend the water by using static electricity. The materials needed are a plastic comb or inflated balloon, a narrow steam of water from a faucet, and dry hair. I selected this resource because I believe the lower elementary grades would really enjoy the experiment. Someday, I would love to teach kindergarten and I can see myself making a lesson out of this resource.

Students use potatoes to light an LED clock (or light bulb) as they learn how a battery works in a simple circuit and how chemical energy changes to electrical energy. As they learn more about electrical energy, they better understand the concepts of voltage, current and resistance. I chose this because I never did this in school! This really seems like an exciting and engaging lesson/activity. This lesson could be done in separate parts, with the first part being lecture based (learning about electricity) and the second part being the activity with the potato. I like how this resource has follow-up questions at the end of the lesson.

This was a fourth grade physical science experiment that can be used when studying electricity. Although it is not completely free it uses minimal household items so the cost is very low. The students are able to see what goes on inside a battery by completing a circuit. I would use this in my classroom because the students become actively involved in learning and it is something new and "shocking" for them to discover.

Grade level probably more like 4-8 than K-5

I will use this information for planning my lesson on lightning and Benjamin Franklin's invention of the lightning rod. This web page on The Franklin Institute's webpage explains Benjamin Franklin's fascination of weather, particularly lightning, and why he invented the lightning rod. This website also provides other information about Benjamin Franklin that I may find helpful in planning my lesson.

© 2012 Clipart.com To understand how and why heat is produced from things that give off light, from machines, or when one thing is rubbed against another. This lesson is intended to give students a general idea of how heat is produced from human-based activities and mechanical and electrical machines. This is great! This is a wonderful lesson designed to help students understand how heat energy occurs. It allows several hands-on opportunities for students to explore to begin have an understanding about how heat is generated. I chose this particular resource because I never personally liked learning straight from the book, and however most topics need written clarification, I love how the students can explore and witness these on their own. I could easily see myself using this lesson within the classroom. I could assign the students to conduct exploration and then have them find new items that fell into the categories of: human activity,mechanical and electrical machines.

I found this and thought it would pair well with the Clouds in Jars I posted earlier. Both these activities could be used as part of a center day during a unit about weather. This page includes two experiments on how to create lightning. The first one sounds kind of involved and from what I read it did not have great results. I would probably used the second one. All the students would need would be a balloon and a metal spoon and, depending on the age of the students, they would only need minimal supervision. The students would be creating static electricity by rubbing the balloon on their hair and then touching the spoon to the balloon. This is really cool and really simple. This could also serve as a filler activity on a day when you need something quick to fill up some time. I could also see this activity being used during a unit on electricity as well. I would probably use this activity with students between kindergarten and third grade.

This lesson actually contains quite a few good activities and gives a good chance to give lesson segments a try. It gives students a great chance to realize how powerful the sun actually is and how using solar panels can fix situations like flooding and the way that water is flowing. There is also fun options that involve melting crayons and sunscreen to show the impact that the sun has on our earth.

I will use this video in my lesson about lightning and static electricity. I really like this video because a meteorologist answers questions asked by elementary students about lightning. I think my elementary students will enjoy it because young students like themselves are featured in the video.

I will use this website to have my students make lightning using an aluminum pie plate, styrofoam, glue, ballpoint pen, thumbtack, and a wool sock. Manipulating these materials will create a harmless mini-lightning bolt. This website provides instructions and detailed explanations for this activity.

I will use this website to have my students make lightning using an aluminum pie plate, styrofoam, glue, ballpoint pen, thumbtack, and a wool sock. Manipulating these materials will create a harmless mini-lightning bolt. This website provides instructions and detailed explanations for this activity.

This video demonstrates how to make lightning using a spoon, inflated balloon, and a full head of hair! The purpose of this video is to show how to make an electrostatic discharge. It does not provide information on how lightning actually occurs but I like that it shows how to conduct the experiment! I may use this in addition to another lightning experiment using different materials.

Students from all over our community participate in guided field trip tours at the Museum each year. The Museum's educators, all certified teachers, facilitate experiences that support 21st-century skills and core academics as well as creative problem solving and critical thinking. This seems like an amazing field trip opportunity that would keep the students interested as well as the adults and teachers. Just by reading through the descriptions it sounded as though they had something for whichever area peeked your interest, especially in science. They have several activities dedicated to science and what makes this even more attractive to teachers is that they actually have the NGSS standard underneath the individual activity. A few examples of what they offer are: science detectives, recycling, electricity and magnetism. Although, the older students could benefit from each of these if I were teaching between K-2 I would not focus on the science detectives as much as the others. However, pertaining to recycling I could then have an assortment of trash and have the students separate the items into what is recyclable and what isn't. In the end, this would be a beneficial experience for any age.

This lesson helps the students understand and explore what technology is and how it's so much more than "computers." It will also give them the chance to study the history throughout America's past time. I think this lesson would be awesome to have a history tie-in simply because they can possibly make a timeline as a class, each student receiving an item and having to research the inventor and how it changed how people operated certain things. i.e. light bulb, electricity, cars, computers, phones, etc. They will use computers and tablets for their research. This way they're using technology to learn about technology.

This topic, called Bright Ideas at the Magic House in St. Louis, involves students doing an investigation on electric items. The website says that the students will create their own working switches, games, and working with magnets. It also says that this activity fits in with the standard 4-PS3. I like the Magic House because it requires the students to make their own discoveries through hands on activities. I would also have my students bring a notebook to detail any discoveries that the students have made.