3 inch strong zink-plated steel horseshoe magnet with North and South poles marked. Supplied with keeper.
4 inch strong zink-plated steel horseshoemagnet with North and South poles marked. Supplied with keeper.
Heavy stock horseshoe magnet with keeper.
5 inch strong zink-plated steel horseshoemagnet with North and South poles marked. Supplied with keeper.
Made of chrome steel with marked poles. Dimensions: 6" x 3/4" x 1/4". Set of 2. Includes plastic box.
Contents:
• 10 Magnet Wands
• 10 Plastic-Encased Button Magnets
• 15 Magnet Rings
• 50 Magnet Marbles
• 1 Alnico Bar Magnet
• 200 Metal-Rimmed Counting Chips
• 100 Paperclips
• 5 Pencils
• 1 Teacher's Guide
Compare and contrast different magnets (by size, shape & strength). Explore attraction & repulsion. Investigate a magnet’s force through solids & liquids. Learn magnetism vocabulary. Each kit contains materials for a work group of five students, plus easy-to-use educational guides. Kit contains 10 magnet wands, 5 button magnets, 50 magnetic marbles, 15 ring magnets,10 disc magnets, 200 magnetic counting chips,100 colorful paperclips, 5 pencils, demo bar magnet, and Teacher's guide. Ages 4-7.
Student Version. This educational kit contains materials and instructions suitable for safe hands-on inquiry-based experimentation into the nature and properties of magnets and electromagnetism. This kit is primarily aimed at students in Middle School but may be used by Elementary or High School students by slightly altering the instructions. Instructions are also included for Science Fair activities and optional Probeware/Data-Logging activities. Experiments that can be performed include how a compass works, why and how magnets react to things, is electricity magnetic, working of an electromagnet, can magnets generate electricity etc.
Kit includes: Bar Magnet-2prs, Horseshoe Magnet-1, Aluminum Strip-1, Iron Strip-1, Copper Strip-1, Zinc Strip-1, Electromagnet-1, Contact Key-1, Magnetic Compass-2 & Oersteds Law Apparatus -1.
Strong Alnico 1 Cylindrical Magnets, shipped in pairs, with separators and keepers. North pole marked with a dot.
Strong Alnico 1 Cylindrical Magnets, shipped in pairs, with separators and keepers. North pole marked with a dot.
Neodymium (NdFeB) is the most powerful magnet material in the world. Neodymium is classified as an element in the lanthanides section of the Periodic Table. These are the super strong magnets you have heard about that can attract through your hand.
Neodymium (NdFeB) is the most powerful magnet material in the world. Neodymium is classified as an element in the lanthanides section of the Periodic Table. These are the super strong magnets you have heard about that can attract through your hand.
Neodymium (NdFeB) is the most powerful magnet material in the world. Neodymium is classified as an element in the lanthanides section of the Periodic Table. These are the super strong magnets you have heard about that can attract through your hand.
Includes everything you'll need to show that electricity can act very much like a magnet. One large nail, one five-foot piece and one 1 1/4-foot piece of plastic insulated wire with end connectors, one knife-edge switch, two screws, one 3" x 4" x 1" wooden block and complete instructions. Battery not included.
Odd-shaped magnets make odd-shaped magnetic fields. This kit has seven very powerful neodymium rare earth magnets in seven unusual shapes. When placed near or on top of the included magnetic field viewer containing iron filings, the iron filings line up in amusing patterns. The 2.5" x 3.5" viewer is sealed so the filings won't spill or stick. Shapes included: bar, star, heart, disk, triangle, ball and ring. With 3/4" x 4" keeper and instructions.
1" horseshoe magnet with keeper. Lifts two pounds.
Iron filings, in shaker bottle for magnetism demonstration - 500g
These magnetic filings are great for classroom use and allow students to engage in a wide variety of hands on experiments to develop a greater understanding of concepts related to magnetism. 500g in a shaker bottle.
This magnetic compass is extra large (90mm, 3 1/2" diameter). Comes in a bright colored plastic case with clear plastic top.
Operating on 1.5 to 6 V DC, this electromagnet lifts up to 3.5kg. A current direction indicator is included for the study of the magnetic field. Shipping weight: 1.0 Lbs., dimensions: 6" x 5" x 2.5".
An efficient and easy way to demonstrate Faraday's Law and Lenz's Law. To show and teach how a magnet when passed thru the complete loop causes the loop to move and when passed thru the cut loop causes no movement. 6"H x 7"W. 2.25" Diameter loops.
Investigate the mysteries of equilibrium, gravity, and magnetism! Make leaning magnets magically balance without touching, and then build your own magnetic levitating train. Includes 5 shorter experiments and 5 longer projects. Includes a helpful guide with activities aligned with Next Generation Science Standards, trouble-shooting tips, and a glossary. Ideal for science fair projects, STEM programs, maker spaces, classroom labs, or at-home fun. For one child or a small group working together. Ages 10+/Grades 5+. Adult participation suggested.
5 BASIC MAGNETISM EXPERIMENTS
Earth as a Magnet, Attraction and Repulsion, What Magnets Attract, Temporary Magnetism, and Magnetic Strength.
5 IN-DEPTH PROJECTS
Magnetic Pendulum, Magnetic Pendulum Spacing, Balance Gravity and Magnetism, Magnetic Oscillations and Energy, and Levitating Train.
Weighs 2 lbs, lifts 200 lbs due to precision machining. the way magnets lift cars in junk yards! instructions, alligator clip leads and battery holder. Requires 1 "D" cell battery (not included).
A natural rock that contains traces of iron ore with natural magnetic properties. Measures approximately 2" long.