It depends on how far apart they end up and how big (diameter) they are! What is the amount of work done by the charges in moving from infinity separation to the final state?Kolahal Bhattacharya said:When a+q & a-q charges colesce together, the neutralization collapses the charge configuration & the electric field is gone.what is the amount of energy released?
Please note that it is a personal query-not homework
The language you are using is not standard but I am assuming you are taking about an *annihilation* process (liek an electron-positron annihilation, say).Kolahal Bhattacharya said:When a+q & a-q charges colesce together, the neutralization collapses the charge configuration & the electric field is gone.what is the amount of energy released?
Please note that it is a personal query-not homework
The destruction of e-p pair:energy refers to the process in which an electron-positron pair (e-p pair) annihilates and releases energy in the form of photons. This can occur in high-energy collisions or in the presence of strong electromagnetic fields.
When an electron and positron collide, they can annihilate each other and produce two photons with equal energy. This energy is released in the form of electromagnetic radiation.
No, the destruction of e-p pair:energy is an irreversible process. Once the e-p pair has been annihilated, the energy is released and cannot be reversed.
The energy released during the destruction of e-p pair is affected by the mass of the particles, their speed, and the strength of the electromagnetic field. A higher mass and speed result in more energy being released, while a stronger field can increase the chances of an e-p pair annihilating.
The destruction of e-p pair:energy has various applications in fields such as particle physics, nuclear energy, and medical imaging. It is also used in positron emission tomography (PET) scans to produce images of the body's internal structures.