No, not all conductors will stick to a magnet. Only ferromagnetic materials, such as iron, nickel, and cobalt will be attracted to a magnet. Other conductors, like copper and aluminum, are not magnetically attracted because they are not ferromagnetic.
The type of household magnet you are referring to is most likely a neodymium magnet, which is a strong magnet that can repel or attract other magnets. These magnets are commonly used in household items like refrigerator magnets. If one magnet is repelling another, it means they are oriented in such a way that their magnetic fields are pushing against each other, creating a repelling force.
That is because of magnetic domains. Magnetic domains represent the magnetism at a given spot in the form of a direction. If the all point, let's say, left, the magnet's south pole will be on the left. Ex: LLLL If we were to split this magnet, we'd get LL LL, which is simply two smaller magnets.
Iron is the material that can be found in all objects that are attracted by a magnet. Magnetic materials like iron contain domains that align in the presence of a magnetic field, resulting in attraction to magnets.
if it truly is a magnet, than no. however, you can demagnetize a magnet by dropping it or hitting it really hard to rearrange the domains within the magnet. Domains are the regions within a magnet that have particles that are either arranged so that the poles are attracted to each other or randomly arranged so that the particles are not magnetized at all. so if it is a magnet... it probably will be magnetic unless you take your anger out on it or something.
No, it's approximately nothing at all like a magnet.
No, not all conductors will stick to a magnet. Only ferromagnetic materials, such as iron, nickel, and cobalt will be attracted to a magnet. Other conductors, like copper and aluminum, are not magnetically attracted because they are not ferromagnetic.
The type of household magnet you are referring to is most likely a neodymium magnet, which is a strong magnet that can repel or attract other magnets. These magnets are commonly used in household items like refrigerator magnets. If one magnet is repelling another, it means they are oriented in such a way that their magnetic fields are pushing against each other, creating a repelling force.
No, not all metal objects are attracted to a magnet. Only ferromagnetic materials like iron, nickel, and cobalt are attracted to magnets due to their alignment of magnetic moments. Other metals like copper, aluminum, and gold are not attracted to magnets.
Maganese could be used for magnets to help lift things up like magnet letters, magnet numbers, all kinds of stuff.
Sorry your question is rather vague, but I will try and answer anyway. It depends on what you consider bad, like any other forum of education it is right for some and not right for others and again like and other forum of education some magnet schools are better then other. Generally magnet schools are viewed as a positive forum of education and I am looking forward to attending one in the fall. A primary negative is that the more prestigious ones are very competitive and there for not all students who want to go can get in. Hope this helps!
Any time a magnet passes through a coil of copper wire (the electro magnet) it produces electricity. In all reallity, you don't really have an electro magnet in a generator. Since the Coil or(field) is making the electricity instead of using electricity, the electro magnet isn't really a magnet; but more like an "anti-magnet" :)
No, a magnet's poles do not have the same charge. One pole is a north pole and the other pole is a south pole, resulting in opposite charges.
Steel is a magnet material, but not all metals are magnetic, like Aluminum.
yes its almost like valrikala the something(maybe magnet) warrior. u get to summon it by sacrificing all 3 magnet cards.
The volume surrounding a magnet will be filled with the lines of magnetic force. Since these are similarly polarized, they repel each other - eventually creating a sphere at a sufficiently large distance. This sphere is the magnetic field of that magnet.
That is because of magnetic domains. Magnetic domains represent the magnetism at a given spot in the form of a direction. If the all point, let's say, left, the magnet's south pole will be on the left. Ex: LLLL If we were to split this magnet, we'd get LL LL, which is simply two smaller magnets.