Describe the electron behavior in nuclear fission?

Answer 1

Nuclear fission concerns the behaviour of the nucleus, the protons and neutrons in it and their binding energy. The electrons don't affect the fission, but they get shared out between the two fission fragments.

Answer 2

It is Fissured, or Split, into usually three smaller Atoms. This is concurrent with a vast release of Energy.

{In E=mc squared - c is 297,000 [m/s] and c squared is 297,000 times 297,000; m is mass in grams, E is energy in Ergs.}{An Erg is a very, very small measurement quantity yet c-squared is a very much more massive quantity.}

Answer 3

In fission, the atom is split into several pieces. Most often it is TWO medium size atoms of unequal mass (such as strontium and xenon) and several (1-5) separate neutrons. While trinary fission (three small atoms) occurs, binary fission is much more probable.

The speed of light, c is 2.997 x 10^{8} m/s (1000 x bigger than the answer by Marque Allien). Also to get "ergs", one must not only use grams, but use c in cm/s, another factor of 100, then squared). Using mass in kg with c in m/s one gets joules.

Answer 4

In nuclear fission, a heavy nucleus, typically uranium or plutonium, is split into two smaller nuclei along with neutrons. During this process, electrons are not directly involved in the splitting of the nucleus. However, the fission process can release high-energy particles, including gamma rays, which can ionize atoms and produce free electrons in the surrounding material.

Answer 5

Nuclear energy is the energy that is released during nuclear fission. Ways to describe nuclear energy include an inexhaustible source of energy and it is calculated as Kilo calories.

Answer 6

a very large amount of energy is produced from a very small mass<novanet>

Answer 7

they become stable