Question

Nuclear envelope forms at each pole spindle dissolves chromosomes uncoil is called

Answer 1

Answer:

The moment where the nuclear envelope forms at each pole spindle dissolves chromosomes uncoil is called Telophase.

Explanation:

In the eukaryotic cell, telophase is the final stage in meiosis and mitosis. In this step, the effects of prophase and prometaphase are reversed. This is the forth stage and a nuclear envelope forms at each pole. The spindle dissolves and the chromosomes uncoil, cytokinesis begins. The cell continues to enlogate.

Answer 2

Answer: telophase

Explanation:cell division is important for the growth and continous existence of organisms.it may be mitosis or meiosis. These processes usually occurs as Prophase,metaphase, anaphase and telophase.meiosis has these stages in two set of division.

In Prophase,the chromatin condenses. the nuclear membrane and nucleolus disappears.

In metaphase,the chromosomes migrate and attach to the spindle fibres.

In anaphase, spindle fibres shorten thereby pulling the chromosomes apart , towards opposite poles of the spindles.

In telophase,the separated chromosomes arrive at the poles of the cell. All the activities which took place at the Prophase is reversed.the spindle breaks down,the chromosomes lengthen and becomes threadlike.the nucleolus reappears.the nuclear membrane forms.

Cytokinesis then occurs and two daughter cells are formed.