"Hold on...did you say like charges repel and unlike charges attract?" Yes, but this is really due to a different force, the electromagnetic force, which we will talk about at a different door. Even so, we will introduce this by an example. Hopefully you'll be familiar with this example. Have you ever put two magnets together and instead of coming together, they had to be pushed together? Magnets are composed of north poles and south poles. One can think of a north pole as being a positive charge and a south pole as a negative charge. North poles attract south poles like positive charges attract negative charges. Furthermore, like poles repel as like charges repel. But, there is a difference; you can never get a magnet with just a north pole or just a south pole. Even if the magnet is broken up into many tiny pieces, EVERY piece will have a north pole and a south pole. When two like poles are pushed together, they usually flip over so that the north pole and south pole come together. Now you have observed two facts at the same time; like poles repel (like "charges" repel) and unlike poles (unlike "charges") attract. Go ahead, take a bite out this new knowledge and experiment yourself. Try playing with the repelling and attracting properties of poles ("charges") with some magnets!
Similar charges will repel each other.
Unlike charges attract each other. This is due to the force of attraction between positive and negative charges.
Like charges repel each other, meaning they push away from each other. Unlike charges attract each other, meaning they pull towards each other. This behavior is governed by the fundamental force of electromagnetism.
Like charges repel each other, while unlike charges attract each other. This occurs due to the electric force, which acts between charged particles. Like charges have the same sign of charge (positive or negative), while unlike charges have different signs.
The reason why some charges repel while unlike charges attract comes down to polarity. According to Newton, with every action there is an equal and opposite reaction. The reason comes down the the amount of protons and electrons in each atom. Equal amounts produce a repelling action where as charges with unequal protons and elections will cause the atoms to attract.
Similar charges will repel each other.
Unlike charges attract each other. This is due to the force of attraction between positive and negative charges.
Objects with unlike charges attract each other due to the electrostatic force of attraction between them. This force pulls the objects towards each other until they come into contact, neutralizing the charges.
Yes
unlike charges attract each other and like charges repel each other. :)
Like charges repel each other, meaning they push away from each other. Unlike charges attract each other, meaning they pull towards each other. This behavior is governed by the fundamental force of electromagnetism.
Opposite charges attract, and like charges repel each other. Coulomb's law of electric charges says that there are two kinds of charges, positive and negative, and that like charges repel each other while unlike charges attract.
Unlike charges refer to two objects or particles that have different electric charges. In the context of electricity, unlike charges attract each other, with positive and negative charges being examples of unlike charges.
Unlike charges refer to two electric charges that have opposite signs, such as positive and negative. These charges attract each other due to the electrostatic force.
Like charges repel each other, while unlike charges attract each other. This occurs due to the electric force, which acts between charged particles. Like charges have the same sign of charge (positive or negative), while unlike charges have different signs.
like charges repel ; unlike charges attract
Opposite charges attract, and like charges repel each other. Coulomb's law of electric charges says that there are two kinds of charges, positive and negative, and that like charges repel each other while unlike charges attract.