WHEN A MAGNET IS DROPPED OR HAMMERED, VIBRATIONS CAUSED BY THE IMPACT ON THE MAGNET RANDOMIZE MAGNETIC MOLECULES and disturb the pattern of molecules of the magnet as a result magnet looses its magnetic force and becomes demagnetised.
When multiple birth defects occur together and have a similar cause, they are called syndromes
The field is strongest on the poles of the magnet (the ends of the magnet). More specifically, the 8 corners of the magnet are where the strongest magnetic field will occur. The weakest field occurs in the center of the magnet.
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Boron, aluminum, and gallium occur together in Group 13 of the periodic table because they have similar outer electron configurations. They all have three outer electrons, which gives them similar chemical properties. This grouping is due to their electronic structures and the way they fill their electron orbitals.
biodiversity
Separation of transition metals is difficult. They have similar size, occur together and difficult to separate.
When BaCl2 and NaCl are mixed together, no reaction will occur because Ba and Na have similar reactivities. Both BaCl2 and NaCl are ionic compounds that will remain as separate ions in solution.
When a magnet is dropped, it loses some of its power to other magnetic materials in its surroundings. This can occur when the magnet aligns with the poles of another magnet or when it induces a magnetic field in a nearby object, causing it to become magnetized temporarily.
The first change to occur to a bar magnet placed in a high-temperature furnace would be a loss of its magnetic properties. As the temperature increases, the thermal agitation of the atoms within the magnet would disrupt the alignment of magnetic domains, causing the magnet to demagnetize. If the temperature exceeds the Curie point of the material, the magnet will lose its ability to retain magnetism permanently.
A population is a group of similar organisms that occur in a specified habitat.
The strong magnet will induce a temporary magnetism in the paperclip, aligning its magnetic domains in the same direction as the magnet. This effect is known as magnetic induction, and the paperclip will exhibit magnetic properties as long as the magnet is nearby.
If magnet particles get out of alignment, the magnetic field generated by the magnet becomes weaker and less effective. This misalignment can occur due to physical disturbances, such as heat or mechanical stress, which disrupt the orderly arrangement of magnetic domains. As a result, the magnet may lose its strength and performance, reducing its ability to attract or repel other magnetic materials. In severe cases, the magnet can demagnetize completely.