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hydrogen mainly, but there undergo fission to form helium (which undergo fission as the star approaches supernova producing the heavy elements like carbon)
What kind of animals undergo binary fission
What kind of animals undergo binary fission
Any nuclei of elements greater than one proton, ie; hydrogen, can undergo fission depending on the amount of energy available.
There is no exact analog. Fissure would be the most strictly correct, but typically use of the word "undergo" is preferred.Examples:Heavy elements more easily undergo fission.Heavy elements more easily fissure.Fusions however works as well both ways.Lighter elements more easily undergo fusion.Lighter elements more easily fuse.
An organism that can undergo binary fission would be a plan ol prokaryotic cell or a protozoan if you want something specific.
Yes it can.
It refers to elements that undergo nuclear fission and, in the process, emit atomic particles (alpha and beta particles) and energy (gamma rays).
because the undergo binary fission, as they have no cell membrane bounded structures or nucleus.
An organism that can undergo binary fission would be a plan ol prokaryotic cell or a protozoan if you want something specific.
a replication of the DNA strand followed by cell elongation and division.
A fission fragment is a term we apply to the "pieces" of an atomic nucleus that appear when a heavy radionuclide fissions. We'd better look a bit more closely to see what's up. We know that at the extreme upper end of the periodic table appear some really heavy elements. We also know that these heavy elements, regardless of which isotope, are all unstable. That means they will eventually decay by some method. One of the decay schemes that a few radionuclides undergo is called spontaneous fission. Spontaneous fission (which is covered in a separate question) is the natural "splitting" of an atomic nucleus approximately in two. This fission will result in the appearance of two ligher nuclei (along with one or more neutrons). It is the two atomic nuclei that appear as a result of the fission process that we call fission fragments.