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TYPES OF INTERACTIONS
Investigating Electricity Kit
Ten complete investigations on the basics of electricity.
• Building simple electric circuits
• Circuit diagrams
• Conductors and insulators
• The effects of an electric circuit
• How to use an ammeter
• How a fuse works
• The effect of resistance in a circuit
• Variable resistance in a circuit
• Measuring the current in a series circuit • Measuring the current in a parallel circuit
AP5635 I $139.85
Introduction to Electromagnetism— Student Laboratory Kit
First, students will explore magnetic fields created by electric currents traveling through wires. Then students build an elec- tromagnet and experiment with its magnetic power. Finally, students construct a solenoid to generate electric current as a magnet drops through it. The electric current produced will be detected by a simple galvanometer that the students assemble with magnet wire and a compass. Complete for eight student groups.
AP6271 I $93.15
Magnets and Magnetism— Super Value Activity-Stations Kit
Explore the captivating world of magnetism with this all-in-one kit.
• Learn about the nature of magnets by classifying materials as magnetic or nonmagnetic.
• Bridge the world between electricity and magnetism by building an electromagnet.
• Investigate Faraday’s Law by building a simple galvanometer.
• Apply the concept of electromagnetism to construct a model of a working DC motor.
AP7013 I $148.90
Simple Circuits—Super Value Laboratory Kit
Do your students know how to connect a series circuit? What about a parallel circuit? Students use lightbulbs and alligator-clipped wires to build simple series and parallel circuits and study their characteristics. Includes complete instructions and valuable Teacher Notes with teaching tips, sample data and answers to student questions. Super Value Kit is complete four groups of students, and all materials are reusable.
AP6302 I $47.95
FLINN SCIENTIFIC I TYPES OF INTERACTIONS
Magnetic “Hydrojet”— Demonstration Kit
Science fiction or science fact—can water-jet propulsion really be generated using elec- tromagnets? Demonstrate the deflection of charged particles by a magnetic field, and discuss the possibilities of harnessing this phenomenon for practical purposes. Discuss magnetic fields, electric fields, magnetic force and electrolysis. A simple demonstra- tion that is sure to pique the curiosity of your students and have them wonder “What if?” Enough materials to repeat the demon- stration almost indefinitely.
AP7212 I $39.10
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