When an object becomes polarized, its molecules align in a way that creates positive and negative ends, leading to the separation of charges. This results in the object having a net dipole moment, making it capable of interacting with electric fields and other polarized objects. Magnetic materials can also become polarized, aligning their magnetic domains in a specific direction.
When an object is polarized, the charges within the object are rearranged, so that one side becomes slightly more positive and the other side becomes slightly more negative. This creates a temporary dipole moment in the object.
When an object is charged by induction, it becomes polarized due to the redistribution of charges. The object does not gain or lose a net charge, but develops regions of positive and negative charge. If the inducing object is removed, the polarization disappears.
When an object is electrically polarized, it means that the charges within the object have been rearranged in such a way that one side of the object becomes more positively charged while the other side becomes more negatively charged. This creates an electric dipole moment within the object.
They separate, with positive charges on one side and negative charges on the other.
When an object is charged by induction, it means that the object becomes polarized or temporarily charged in response to the presence of a charged object nearby, without direct contact. This occurs because the charges in the object rearrange themselves in response to the nearby charged object, leading to an imbalance of charges.
When an object is polarized, the charges within the object are rearranged, so that one side becomes slightly more positive and the other side becomes slightly more negative. This creates a temporary dipole moment in the object.
When an object is charged by induction, it becomes polarized due to the redistribution of charges. The object does not gain or lose a net charge, but develops regions of positive and negative charge. If the inducing object is removed, the polarization disappears.
When an object is electrically polarized, it means that the charges within the object have been rearranged in such a way that one side of the object becomes more positively charged while the other side becomes more negatively charged. This creates an electric dipole moment within the object.
They lose electrons.
it becomes positively charged.
They separate, with positive charges on one side and negative charges on the other.
When an object is charged by induction, it means that the object becomes polarized or temporarily charged in response to the presence of a charged object nearby, without direct contact. This occurs because the charges in the object rearrange themselves in response to the nearby charged object, leading to an imbalance of charges.
polarized
It will still have a electrical charge.
When a charged object interacts with a neutral object, it can induce a charge separation in the neutral object, causing it to become polarized. This can lead to attraction or repulsion between the charged object and the neutral object. However, no transfer of charge occurs between the two objects in this interaction.
When you rub a magnet with metal, the metal object becomes temporarily magnetized. This happens because the atoms in the metal align with the magnetic field of the magnet. However, once the magnet is removed, the metal object loses its magnetism.
It becomes charged. (negatively)