Explanation: Telophase is the fifth and last phase of mitosis which commences immediately the replicated and paired chromosomes have been separated and moved to opposite poles of the cell. It separates the duplicated genetic material contained in the nucleus of a parent cell into two identical daughter cells, the mitotic spindles disappers, then two new nuclei are formed, the nuclear envelopes (which reforms around the new nuclei in each half of the dividing cell) and the nucleoli reforms. The chromosomes decomposes and the daughter cells live independently before entering into the next interphase where all the necessary materials for division are synthesized.
In this stage of mitosis, the daughter chromosomes of the cell reach the poles, the mitotic spindles disappers, two new nuclei formed, the nuclear envelope reforms, nucleoli reforms also. The chromosomes decomposes and the daughter cells can now begin to live independently that is entering into the next interphase where all the necessary materials for division are synthesized. Cytokinesis may join with is late phase which is the division of the cytoplasm to form new separate daughter cells.
I. Facilitated diffusion is your answer. Active transport <span>is the movement of molecules across a cell membrane into a region of higher concentration, this process requires energy. Both osmosis and diffusion are passive transportations which means that they don't require energy. Hope this helps! </span>
