Bar Magnet Collection

Magnetic repulsion. The iron filings sprinkled between these two bar magnets reveal the shape of the repulsive magnetic field between them

Magnetic field, artwork C016 / 9855
Magnetic field. Computer artwork showing the magnetic field lines around a bar magnet. A magnetic field always runs from the north pole to the south pole

A diagram showing the lines of magnetic force. The bar magnet is placed on a table covered with a piece of card
5311308 A diagram showing the lines of magnetic force. The bar magnet is placed on a table covered with a piece of card: iron filings are shaken on to the card

Iron filings with a magnet
Magnetism. Iron filings being attracted to a bar magnet. The magnetic field of the magnet induces a small magnetic field in the iron filings, and the opposite magnetic poles than attract each other

Bar magnet attracting metal filings

Hand holding magnet, picking up metal filings

Metal filings attached to magnets (charges of the same type, repelling)

Hand holding magnet with push pins attached at the bottom

Magnetic field, artwork C016 / 9850
Magnetic field. Computer artwork showing the magnetic field lines around a bar magnet. A magnetic field always runs from the north pole (N) to the south pole (S)

Magnetic field, artwork C016 / 9853
Magnetic field. Computer artwork showing the magnetic field lines around a bar magnet. A magnetic field always runs from the north pole to the south pole

Magnetic field, artwork C016 / 9851
Magnetic field, artwork

Magnetic field, artwork C017 / 7657
Magnetic field. Compute artwork of two bar magnets showing the magnetic field around them. The magnets are aligned so that the opposite poles, which attract each other, are facing each other

Repulsion between like magnetic poles. Clumping of iron filings in the presence of the magnetic field produced by two like poles of two bar magnets. This results in magnetic repulsion

Magnetic field, artwork C016 / 9852
Magnetic field. Computer artwork showing the magnetic field lines around a bar magnet. A magnetic field always runs from the north pole to the south pole

Magnetic field, artwork C016 / 9854
Magnetic field. Computer artwork showing the magnetic field lines around a bar magnet. A magnetic field always runs from the north pole to the south pole

Faraday experiment on magnetism, 1851
Faraday experiment on magnetism. Photographic plate from the notebooks of British physicist Michael Faraday (1791-1867), showing the results of an experiment using iron filings to study magnetic

Magnetic field of a bar magnet. Iron filings on a sheet of paper after the removal of a bar magnet. The filings mark the lines of the bar magnets magnetic field

Magnets. Assortment of different magnets

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"Unleashing the Power of Attraction: Exploring the Fascinating World of Bar Magnets" Discover the captivating forces at play with a bar magnet. 🧲✨ Experience magnetic repulsion as like poles push each other away, creating an invisible forcefield that defies gravity. Witness this phenomenon in mesmerizing artwork C016 / 9855, where swirling lines depict the intricate magnetic field surrounding the magnet. Watch in awe as iron filings dance and align themselves along these invisible paths when brought near a bar magnet. The metallic shavings obediently follow its call, forming beautiful patterns that showcase the power of attraction between metal and magnet. Feel the thrill as you hold a magnet in your hand and effortlessly pick up metal filings scattered on a surface. Witness firsthand how charges of the same type repel each other, observing tiny particles springing off to create space between them and their magnetic host. Marvel at another artistic representation captured in artwork C016 / 9850, where vibrant colors illustrate complex magnetic fields interacting with one another. These visual masterpieces serve as windows into nature's hidden wonders. Immerse yourself further by exploring artwork C016 / 9853 and C016 / 9851, which delve deeper into understanding magnetic fields' complexities. Observe how they intertwine and interact to shape our world around us. Delve into history with Faraday's groundbreaking experiment on magnetism from 1851. This pivotal moment paved the way for our modern understanding of magnets' behavior and their role in countless applications today. Unlock endless possibilities by attaching push pins to your trusty bar magnet – witness them cling tightly at its bottom due to their ferromagnetic properties. Experience firsthand how magnets can transform everyday objects into tools for organization or creative expression. So dive headfirst into this captivating realm where science meets art – explore bar magnets' enchanting powers through stunning visuals and hands-on experiments that will leave you in awe of the invisible forces that shape our world.