Below are steps of nuclear fission involving uranium-235 in no particular order. what is the correct order of steps for this process? i. uranium-236 changes to less massive elements, releasing energy and three additional neutrons. ii. uranium-235 becomes an unstable uranium-236 atom. iii. a neutron hits a uranium-235 atom.

The nuclear fission of U-235 is a radioactive decay process in which the heavy nucleus of Uranium-235 that absorbs a neutron first and then converts into a an unstable nucleus of Uranium-236 which eventually splits into lighter elements and additional neutrons.

Explanation:

Nuclear Fission of Uranium - 235

One of the fissile isotopes that undergo a crucial nuclear fission reactions is U-235 and forms a chain reaction. A nuclear fission is defined as a radioactive decay process in which a heavier nucleus splits into two or more lighter elements by absorbing a neutron and releasing its multiples along with an enormous form of energy.

Taking up the example of Uranium-235, when it's bombarded with small neutrons, the nucleus of U-235 absorbs one of them and turns to heavier U-236 which remains unstable for an infinitesimal time. This U-236, undergoes a fission phase where it releases three neutrons and produce Kr-92 and Ba-141 along with enormous amount of energy and gamma rays.

the answer is d

lies a supermassive black hole called sagittarius a*, or sgr a* for short.

b) returns freshwater to the earth.

c) returns freshwater to the earth.c) occurs after condensation.

d) returns freshwater to the earth.c) occurs after condensation.d) roughly equal to the amount of evaporation.

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