No, two like charges cannot attract each other. According to the fundamental principle of electrostatics, like charges repel each other due to the mutual force of electrostatic repulsion.
Detailed response to the query
Two like charges cannot attract each other. This is a fundamental principle in electrostatics, which states that like charges repel each other due to the mutual force of electrostatic repulsion. This principle is observed in various fields, such as physics, engineering, and even everyday life.
To understand why like charges repel, we can delve into the concept of electric fields. Electric charges create electric fields around them, and when two charges are brought close together, their electric fields interact. Like charges have electric fields with similar characteristics, resulting in a force pushing them apart. This force is known as the electrostatic repulsion.
“Like charges repel each other.” – Anonymous
Here are some interesting facts related to this topic:
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The concept of electrostatic repulsion was first explained by Charles-Augustin de Coulomb, a French physicist, in the late 18th century. He formulated Coulomb’s Law, which quantitatively describes the force between two charged particles.
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Like charges not only repel each other but also distribute themselves evenly when given the chance. This behavior is why charges tend to accumulate on the outer surface of conductors through a process known as electrostatic induction.
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The repulsion between like charges plays a crucial role in determining the stability and behavior of atomic structures. For instance, the repulsion among the positively charged protons in an atomic nucleus is counteracted by the strong nuclear force, which keeps the nucleus intact.
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The repulsion between like charges is also observed in everyday phenomena. For example, when you try to push two magnets together with the same pole facing each other, you feel a resistance force due to their like charges repelling each other.
Table:
| Fact | Description |
|---|---|
| Discovery of electrostatic repulsion | Charles-Augustin de Coulomb first explained the concept and formulated Coulomb’s Law. |
| Distribution of charges | Like charges tend to accumulate on the outer surface of conductors through electrostatic induction. |
| Atomic stability | Repulsion among positively charged protons in atomic nuclei is counteracted by the strong nuclear force to maintain stability. |
| Everyday example | Like charges repel in magnets, causing resistance when trying to push two magnets together with the same pole. |
In this video, you may find the answer to “Can two like charges attract each other if yes how?”
The video titled “(3) Can two like charged bodies attract each other?” discusses whether a charged conducting sphere can attract an uncharged conducting sphere, as well as whether two conducting spheres with like charges can attract each other. In the case of a positive charged sphere and a neutrally charged sphere, the negative charges in the neutrally charged sphere are relatively far from the positive charges, resulting in a larger force of attraction between the positive and negative charges compared to the force of repulsion. Therefore, a charged conducting sphere can attract an uncharged conducting sphere. However, in the case of two conducting spheres with like charges, it is concluded that the force of attraction is very similar to the force of repulsion, resulting in a neutral interaction.
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Explanation: Yes, two similar charged bodies can attract each other. When the charge on one body Q is much greater than that on the other q and they are close enough to each other so that the force of attraction between Q and induced charge on the other exceeds the force of repulsion between Q and q.
Two similarly charged bodies can attract each otherif one has much more charge than the other and they are close enough. This is because the stronger charge induces an opposite charge on the weaker one, creating a force of attraction that overcomes the force of repulsion. This only works for charged bodies that have volume, not point charges.
Can two similarly charged bodies attract each other? Yes, when the charge on one body Q is much greater than that on the other q and they are close enough to each other so that force of attraction between Q and induced charge on the other exceeds the force of repulsion between Q and q.
Yes! Two bodies having like charges can attract each other. If the two bodies are placed close to each other where one has much more charge than the other, then due to induction, force of attraction becomes more than the force of repulsion
Solution : Yes, when the charge on one body `(q_1)` is much greater than that on the other `(q_2)` and they are close enough to each other so that force of attraction between `q_1` and induced charge on the other exceeds the force of repulsion between `q_1 and q_2`.
If you got point chargers, then there are no way two electrical chargers with the same sign attract each other. But if you do not have point chargers but charged bodies (I mean that have volume), each body will have both positive and negative chargers, but if the body is not electrically neutral it will have more of one of the two types of charge.