Answer:
the answer to the illustration above is see mitochondrian
Answer:
Cells do not need to replicate their DNA, so there is no need to be in interphase
Explanation:
Interphase is the part of the cell cycle where the cell is not actively dividing. In this stage, the chromatin is decondensed. It is much longer than any stage in mitosos or meiosis, and is the normal state of the cells.
When a meiotic cell is in interphase before it is ready to make daughter cells, it replicates its DNA, ensures that the conditions are favourable for cells to divide (nutrients in good supply, all checkpoints for DNA damage are passed). Then it is able to divide.
Meiosis I generates 2 diploid daughter cells. At the end of this, the cell proceeds straight to meiosis II with no interphase stage, it moves straight to mitosis again.
This is because there is no need for DNA replication or further checks. The purpose of meiosis is to make 4 haploid daughter cells, so the cell will continue until this has happened. The diploid daughter cells made in meiosis I are simply divided again to make 4 haploid cells.
Is the slow change in the gene pool of a species or population
To identify the taxonomic classification of an organism (fossil), its physical and chemical characteristics must be known.
<h3>What is a taxonomic classification?</h3>
Taxonomy is a science that is responsible for classifying or organizing knowledge based on different variables. In the case of the natural sciences, there are different taxonomies to classify organisms based on their physical and genetic characteristics.
<h3>How to classify an organism taxonomically?</h3>
To classify an organism (fossil) in a taxonomic category we must identify its main characteristics and select the taxonomic categories that correspond to those characteristics.
Note: This question is incomplete because some information is missing. However I can answer it based on my prior knowledge.
Learn more about taxonomy in: brainly.com/question/715807