https://padlet.com/hgrantham5/27wgxund8rz5dvlb en-us 2023-03-05 22:18:15 UTC 2026-01-12 23:14:50 UTC hello@padlet.com hgrantham5 https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2504372080 2023-03-06 01:50:54 UTC https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2504372080 hgrantham5 https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2510998605 2023-03-09 23:16:41 UTC https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2510998605 hgrantham5 https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2511001301 Ferromagnetic object are objects that can interact with magnets made from iron, nickel, or cobalt, or alloys containing one or more of those materials.]]> 2023-03-09 23:20:28 UTC https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2511001301 hgrantham5 https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2511005961 Magnets are ferromagnetic object that have been permanently magnetized. They take part in magnet interactions following The Law of Magnetic Poles]]> 2023-03-09 23:27:22 UTC https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2511005961 hgrantham5 https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2511020326 The law of magnetic poles is the idea that Two magnets with like poles facing each other will repel and two magnets with unlike poles facing each other will attract. ]]> 2023-03-09 23:48:05 UTC https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2511020326 hgrantham5 https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2511028170 Temporary magnets are ferromagnetic object that have been turned into a magnet temporarily by coming into contact or close proximity to a permanent magnet. They can lose their magnetic properties through force or heat.]]> 2023-03-09 23:59:31 UTC https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2511028170 hgrantham5 https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2511040716 This image shows our agreed upon class model of a ferromagnetic object (a nail). We decided based on our observations of ferromagnetic objects behavior that there are tiny magnetic elements inside ferromagnetic objects. When the nail unmagnetized, these particles can face any direction and their north and south poles cancel each others magnetic pole and the nail has no magnetic charge.]]> 2023-03-10 00:13:27 UTC https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2511040716 hgrantham5 https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2511050396 When a ferromagnetic object is rubbed by or near a permanent magnet, the permanent magnet can attract the unlike pole of all the nails particles to face it making it a temporary magnet because a majority of the pols are facing the same way (as shown above, creates poles on either end of the nail). The model shown was likely rubbed by a magnet because the particles are 100% aligned which means it is a strong temporary magnet. For this alignment to occur, the permanent magnet could have been rubbed with the north pole from end to tip (attracting all the south poles to face the tip) or with the South pole rubbing in the opposite direction, from tip to end]]> 2023-03-10 00:22:58 UTC https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2511050396 hgrantham5 https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2511062584 We determined these models because when we broke a temporary magnet, both broken pieces were still magnets with opposite poles. This is because all of the particles are facing the same direction so no matter where you break it, the broken edges of the temporary magnet will have the opposite pole of their respective unbroken end. It is important to note that scientist have never found naturally or been able to create a singular pole. Whenever an object has one magnetic pole, it also must have the opposite pole. ]]> 2023-03-10 00:33:16 UTC https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2511062584 hgrantham5 https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2511070704 A temporary magnet that has been demagnetized, it returns to its original state as shown in the unmagnetized model. Objects can be demagnetized by a vigorous force or heat because they have the ability to disrupt the alignment of the particles. When they are disrupted significantly enough, they go back to facing any direction and the magnet loses it's poles. ]]> 2023-03-10 00:40:29 UTC https://padlet.com/hgrantham5/27wgxund8rz5dvlb/wish/2511070704