Curated OER
Electric Shock
In this electrical instructional activity, students answer a series of 17 questions about electrical shock and electrical safety. This instructional activity is printable and the answers are available on-line.
Scholastic
Study Jams! Electricity
Shock your physical science class using this video to teach the basics of static electricity. Electricity is defined,and electrons are differentiated from protons on an atom model. The use of hydropower and wind are explained as ways of...
Curated OER
A Shocking Experience
Learners differentiate between current and static electricity, conductors and insulators, explain how energy is converted from chemical to electrical, measure voltage of batteries, collect data on voltage, and predict voltage of...
Curated OER
Electrical Safety
A summary of electric charge and its flow along a conductor starts this PowerPoint. The differences between batteries and supply from a power station are detailed and a group of slides that ask questions of your students and then give...
Curated OER
Electrical Principals and Wiring Materials
Train a budding electrician about the principles of electricity and the wiring materials needed to complete the job. Briefly covered are basic electrical concepts such as, volts, watts, circuits, and safety. Also covered are the...
Curated OER
Electric Shock: Caution!
In this electricity learning exercise, students read about how electricity flows and the force that causes the flow. Students read about electric shock and then complete 3 short answer questions.
National Library of Medicine
Electricity, Frankenstein, and the Spark of Life
Shocking! After viewing a short clip from the 1931 movie, Frankenstein and reviewing electricity references in Mary Shelley's novel, class members examine Luigi Galvani's and Alessandro Volta's observations on electricity and muscle...
Micron Technology Foundation
Electricity
Conduct four electrifying electricity experiments that challenge young scientists to explore positive and negative charges and magnetic fields without the shock.
Curated OER
It Can Be a Shocker!
It's important for young learners to understand how dangerous electricity can be, and how to avoid getting shocked. This worksheet enlightens them on how to avoid getting shocked, then has them answer Yes or No to eight questions...
Benjamin Franklin Tercentenary
Let’s Throw an Electric Science Party!
Are you looking for a shockingly good lesson plan? Check out one that has middle schoolers recreate four of Benjamin Franklin's experiments. Groups investigate, observe, and draw conclusions about static electricity and electrical...
Concord Consortium
Visualizing Electric Fields and Forces
Shock your class with an exciting interactive about electric fields! Physical science superstars visualize the transparent world of electric fields by changing the charge on a stationary object. They then observe changes in the resulting...
Curated OER
Electricity and Magnetism: From Fun to Function
Fourth graders experiment with electricity and magnetism and build an electromagnetic motor. In this electromagnetism lesson, 4th graders use household objects to show electrostatics and magnets and compasses to show magnetism. They...
Columbus City Schools
It’s Electric!
Shocking! Who knew so many great ideas existed for teaching middle schoolers about electricity? Find them all within this energetic framework. You'll light up at the variety of printable and web-based resources within! After building...
Curated OER
More About Static Electricity
Students examine the concept that static electricity is a phenomenon that involves positive and negative charges. They explore the Static Electricity section of the Science, Technology and Engineering website to learn more about the...
Curated OER
Static Electricity and Lightning
Students study concepts related to static electricity, based on a single example: lightning. They explain how static electricity, lightning, and sparks are all related phenomena. They draw a diagram illustrating the negative and positive...
Curated OER
Mission 3: Electrical Safety
In these recognizing electrical safety in the kitchen, bathroom, living room, outdoors, and in a storm worksheets, students read for information, identify electrical appliances, types of light switches, list possible dangers for each...
Curated OER
Static Electricity - Grocery Store Items
Students investigate static electricity using inexpensive "grocery store" items. They view demonstrations with video segments. They graph the data they collect.
Curated OER
Static Electricity
Young scholars are introduced to the concept of static electricity and its causes. After viewing video segments, they observe its effect on various objects. In groups, they discover how static electricity is produced and how objects...
PHET
John Travoltage
Did you get to play with electric currents or were you grounded? An electrifying simulation shows how building up a charge of electricity creates a static shock once grounded. Pupils rub John's foot across the carpet and view the buildup...
Curated OER
The Shocking Truth About Fruit
Looking for a great instructional activity on circuits and conductors of electricity? Take a look at this one! In it, 6th graders create circuits out of pennies, washers, alligator clips, fruit, and LED’s. Learners use voltmeters to...
Curated OER
Electricity 2
Fifth graders build on what they already know and classify examples of electricity in their lives into two categories: static and current electricity. They explore the difference between static and current electricity and provide...
Urbana School District
Electrostatics
Why did lightning shock the man? Because it didn't know how to conduct itself. Presentation covers electric charges, insulators, conductors, electroscopes, lightning, generators, grounding, static electricity, and more. Presentation is...
Curated OER
Electricity
First graders become aware of the presence of static electricity. They create static electricity using friction.
Curated OER
Electricity
Students watch instructor present demonstrations of the basic principles of static electricity, and then conduct some of their own experiments. In small groups, students build simple circuits, using batteries, to try to light up a light...