Primary School - Grades K-3
P=Project E=Experiment
Elementary School - Grades 4-6
P=Project E=Experiment
Measure how the number of magnet "brakes" changes the stopping distance for a train sliding down a hill.
[E]
Investigate the effect of charge on the strength of homemade magnets. [E]
Find the exact ratio of a magnet's mass to the mass of various metal rods attracted. [E]
Determine the optimum conditions for the recording and play back of information when a magnetic wire passed a transducer (ferrite bead). [E]
Using "Student Power" to Generate Electricity to Run a Portable Compact Disc Player [E]
How does the strength of a magnetic field vary with distance from the magnet? [E] [E]
Build and demonstrate a homemade compass. [E] [E] [E] [E] [E] [E]
Make a Chinese Compass [E] [E]
Build a soda bottle magnetometer [E]
Permeable and nonpermeable material [E] [E] [E]
Make a Foxhole Radio from a coil, safety pin and a razor blade. [E]
Seeing magnetic field patterns in 3D. [E]
What is attracted to magnets? [E] [E]
Interdisciplinary Topic: Magnets & Electromagnets
Explore Earth's Magnetism & Magnetosphere
Electric Motor and Generator Science Fair Projects
Magnetic Levitation and Propulsion and Maglev Train Science Fair Projects
Investigate the effect of charge on the strength of homemade magnets. [E]
Find the exact ratio of a magnet's mass to the mass of various metal rods attracted. [E]
Determine the optimum conditions for the recording and play back of information when a magnetic wire passed a transducer (ferrite bead). [E]
Using "Student Power" to Generate Electricity to Run a Portable Compact Disc Player [E]
How does the strength of a magnetic field vary with distance from the magnet? [E] [E]
Build and demonstrate a homemade compass. [E] [E] [E] [E] [E] [E]
Make a Chinese Compass [E] [E]
Build a soda bottle magnetometer [E]
Permeable and nonpermeable material [E] [E] [E]
Make a Foxhole Radio from a coil, safety pin and a razor blade. [E]
Seeing magnetic field patterns in 3D. [E]
What is attracted to magnets? [E] [E]
Interdisciplinary Topic: Magnets & Electromagnets
Explore Earth's Magnetism & Magnetosphere
Electric Motor and Generator Science Fair Projects
Magnetic Levitation and Propulsion and Maglev Train Science Fair Projects
Middle School - Grades 7-9
P=Project E=Experiment
Measure how the number of magnets affects the loudness of a paper speaker.
[E]
Experimenting with Ferrofluid's Magnetic Properties: Searching for Novel Applications [E]
Does Temperature Affect a Magnetic Field's Strength? [E]
The effect of insulating and conductive cylindrical tubes on induced eddy currents caused by movements of magnets. [E]
Classify coins by their magnetic properties, and measure the magnetic interaction between magnetic and ferromagnetic materials. [E]
Demonstrate eddy currents and induced magnetic fields. [E]
Is the weight of a hamster proportional to the amount of energy it can produce? [E]
An External Magnetic Field Temporarily Changes the Conductivity of a Ferrofluid: A Novel Effect [E]
What is Magnetorheological Fluid and how it works? [E] [E]
Electricity Generation in Reversed Faraday Setup: Effect of Magnet Geometry? [E]
What affects the strength of a magnet? [E] [E]
How does the strength of a magnetic field vary with distance from the magnet? [E] [E] [E]
Magnetic fields and Bermuda triangles [E] [E]
Does the Temperature of a Magnet Affect Its Strength? [E] [E]
How Does X-Ray Radiation Effect the Strength and Polarity of aPermanent Magnet? [P]
What is The Curie Point? [E]
Faraday's Law: Creating Electric Current with a Magnet [E] [E]
Measure the induced magnetic force due to a changing magnetic field (Lenz's Law). [E] [E]
Interdisciplinary Topic: Magnets & Electromagnets
Explore Earth's Magnetism & Magnetosphere
Electric Motor and Generator Science Fair Projects
Magnetic Levitation and Propulsion and Maglev Train Science Fair Projects
Experimenting with Ferrofluid's Magnetic Properties: Searching for Novel Applications [E]
Does Temperature Affect a Magnetic Field's Strength? [E]
The effect of insulating and conductive cylindrical tubes on induced eddy currents caused by movements of magnets. [E]
Classify coins by their magnetic properties, and measure the magnetic interaction between magnetic and ferromagnetic materials. [E]
Demonstrate eddy currents and induced magnetic fields. [E]
Is the weight of a hamster proportional to the amount of energy it can produce? [E]
An External Magnetic Field Temporarily Changes the Conductivity of a Ferrofluid: A Novel Effect [E]
What is Magnetorheological Fluid and how it works? [E] [E]
Electricity Generation in Reversed Faraday Setup: Effect of Magnet Geometry? [E]
What affects the strength of a magnet? [E] [E]
How does the strength of a magnetic field vary with distance from the magnet? [E] [E] [E]
Magnetic fields and Bermuda triangles [E] [E]
Does the Temperature of a Magnet Affect Its Strength? [E] [E]
How Does X-Ray Radiation Effect the Strength and Polarity of aPermanent Magnet? [P]
What is The Curie Point? [E]
Faraday's Law: Creating Electric Current with a Magnet [E] [E]
Measure the induced magnetic force due to a changing magnetic field (Lenz's Law). [E] [E]
Interdisciplinary Topic: Magnets & Electromagnets
Explore Earth's Magnetism & Magnetosphere
Electric Motor and Generator Science Fair Projects
Magnetic Levitation and Propulsion and Maglev Train Science Fair Projects
High School - Grades 10-12
P=Project E=Experiment
Measure the diamagnetic effects of pyrolytic graphite and other materials.
[E]
Determine if macro, micro and nano scale polystyrene and acrylic beads will self-assemble under a magnetic field when placed in a superparamagnetic medium [E]
Demonstrate and explain Faraday’s Paradox [E]
Hysteresis curves of elastomers are experimentally produced and analyzed. [E]
The Effect of Core Geometry and Bias on Solenoid Efficiency [E]
Investigate tunnel junction magnetoresistance [E]
Interdisciplinary Topic: Magnets & Electromagnets
Explore Earth's Magnetism & Magnetosphere
Electric Motor and Generator Science Fair Projects
Magnetic Levitation and Propulsion and Maglev Train Science Fair Projects
Determine if macro, micro and nano scale polystyrene and acrylic beads will self-assemble under a magnetic field when placed in a superparamagnetic medium [E]
Demonstrate and explain Faraday’s Paradox [E]
Hysteresis curves of elastomers are experimentally produced and analyzed. [E]
The Effect of Core Geometry and Bias on Solenoid Efficiency [E]
Investigate tunnel junction magnetoresistance [E]
Interdisciplinary Topic: Magnets & Electromagnets
Explore Earth's Magnetism & Magnetosphere
Electric Motor and Generator Science Fair Projects
Magnetic Levitation and Propulsion and Maglev Train Science Fair Projects
Useful Links
R=Resource
| Science Fair Project Guide |
|
Home Science Fair Project Types The Scientific Method - How to Experiment The Display Board Topics, Ideas, Sample Projects |
| Electrical Discoveries and Inventions |
|
Edison: Light Bulb Ohm's Law Ampère's Law Voltaic Pile Faraday: Electric Motor Franklin: Kite Experiment Morse: Telegraph Tesla: AC Electric Power Zuse Konrad: Computer |
| Electronics Projects | Famous Electro Scientists |
|
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