they aren't made out of real metal.
Bigger magnets are used for heavier objects.
Magnets are able to attract magnetic objects.
No, magnets can attract to a variety of materials based on their magnetic properties, not just shiny objects. Magnets attract objects that contain ferromagnetic materials like iron, cobalt, and nickel, regardless of their appearance.
Stainless steel woodplastivs
Magnets can attract objects by pulling them towards each other, and repel objects by pushing them away. This is due to the magnetic field produced by the magnet interacting with the magnetic properties of the objects.
No, magnets are not heavier than the objects they attract. The attraction between a magnet and an object is not due to weight but rather to magnetic forces.
Magnets attract objects made of iron, nickel, and cobalt in a science project.
Because silly, paper is not a metal. Magnets only attract to metal objects, not wood, or sand, or a finger, but only metal.
Electromagnets...electromagnets are magnets attract, or pull, some kinds of metal objects. Stronger magnets exert a greater pull on the objects they attract. Sometimes it would be useful if you could turn off a magnet when you did not want it to attract objects. That is what an electromagnet can do. Some electromagnets .in power plants and factories electromagnets are very large. You can make a small, simple electromagnet in school or at home.
Magnets do not attract certain objects because these objects do not contain magnetic properties or have free-flowing electrons that can align with the magnetic field. For example, non-magnetic materials like plastic, wood, or glass do not have magnetic properties and therefore are not affected by magnetic fields.
A magnet has a magnetic field around it. The magnetic field causes a magnetic force that can attract objects to the magnet.
Magnets acquire their energy to attract or repel objects from the alignment of their atoms, which creates a magnetic field. This magnetic field interacts with other objects, causing them to be attracted or repelled based on the alignment of their own atoms.