The nuclear envelope disappears during prometaphase.
vesicles
telophase (4th)
telophase II No, not Telophase. Took the test, chose prophase, was correct.
The phase of mitosis that the nucleus forms is the prophase phase.
The stages of an induced nuclear fission are:capture of an incident neutron forming a compound nucleussplitting of the compound nucleus into two (or less frequently three) fragments plus 2-3 neutrons plus energy and radiation release due to mass deficit.The released nuclear energy is manifested as heat energy
Nucleus and nucleolus disappear during pro-phase stage of mitosis,to be specific it disappears in late pro-phase stage and reappers during telophase stage of mitosis.
telophase (4th)
False, No it is the only phase where it disappears. It directly says it comes back in telophase but may be present during all other phases EXEPT prophase.
telophase II No, not Telophase. Took the test, chose prophase, was correct.
The nuclear envelope.
The phase of mitosis that the nucleus forms is the prophase phase.
The stages of an induced nuclear fission are:capture of an incident neutron forming a compound nucleussplitting of the compound nucleus into two (or less frequently three) fragments plus 2-3 neutrons plus energy and radiation release due to mass deficit.The released nuclear energy is manifested as heat energy
telophase
Nucleus and nucleolus disappear during pro-phase stage of mitosis,to be specific it disappears in late pro-phase stage and reappers during telophase stage of mitosis.
nucleolus
I am pretty sure it's Prophase. But you should look it up just to make sure.No, that answer is wrong. It's Telophase. The nucleolus does the opposite and begins to disappear during Prophase.
Telophase is the final stage of cell division. During telophase, the spindle fibers disappear due to the depolymerization of the microtubules.
telophase