Question

gger part of this pie chart is labeled C and comprises three sectors. The second sector is labeled D. The smaller part of the pie chart is labeled A and comprises two sectors. The first sector, which is closer to the end of part C, is marked E, and the second sector is marked B. Which of these phases encompasses all of the stages of mitosis? A pie chart of the cell cycle that consists of two parts. The bigger part of this pie chart is labeled C and comprises three sectors. The second sector is labeled D. The smaller part of the pie chart is labeled A and comprises two sectors. The first sector, which is closer to the end of part C, is marked E, and the second sector is marked B. E A D C B Request Answer Part B During _____ both the contents of the nucleus and the cytoplasm are divided. During _____ both the contents of the nucleus and the cytoplasm are divided. G2 mitosis S the mitotic phase G1 Request Answer Part C During _____ the cell grows and replicates both its organelles and its chromosomes. During _____ the cell grows and replicates both its organelles and its chromosomes. mitosis cytokinesis S G1 interphase Request Answer Provide Feedback

Answer 1

Answer:

The question is a three in one

1. E

2. MITOTIC PHASE

3. INTERPHASE

Explanation:

Cell cycle describes all the series of events that occurs in the cell from its DNA replication to its cytoplasmic division. The cell cycle consists of the Interphase and the Mitotic phase. The interphase is the resting stage between two successive divisions. It comprises of three phases (G1, S and G2 phases). The Mitotic phase is where the actual division occurs. It comprises of Mitosis (nuclear division) and Cytokinesis (cytoplasmic division)

The pie chart in the question describes the cell cycle consisting of two parts labelled C and A. Based on the analogy above, part C is the interphase and the three sectors are the G1, S and G2 phases while part A is the mitotic phase and the two sectors are mitosis and cytokinesis. The first sector which is mitosis is labelled E. It encompasses all the stages of mitosis: Prophase, Metaphase, Anaphase, Telophase.

Hence, E is the answer to part A question.

B). The Mitotic phase consists of Mitosis and Cytokinesis, which are divisions of the nuclear material and cytoplasm respectively.

C). The Interphase is the phase where the cell enlarges in size, replicates its DNA, organnelles and generally prepares for the mitotic phase. This processes occurs in the G1, S and G2 phases of the Interphase.

Answer 2

Answer:

E, Mitotic phase, Inter phase

Explanation:

E.

Based on the illustration, the bigger part  of mitosis pie chat usually represented the inter phase stage of no mitotic division but preparation for the long journey of cell division ahead. The first sector closer to the end of C is the  stages of  of cell division, which must comprises of all phases  of cell division -prophase,metephase, anaphase and telophase.

Since this immediately followed the stage of interphase or literal resting phase; this must be   E. since after resting and preparation cells  at C, they must divide at  E Additionally the fact that this is followed by another small sector labelled B., which represented Cytokinesis buttress the facts if   E represented all stages of mitosis,  they must be separated into two daughters at B.

Mitotic Phase.

This is the PMAT stages of prophase, metaphase, anaphase and telophase, where nuclei division and the contained chromosomes occurs, and components of the  cytoplasm divided equally among daughter cells.it involved cytokinesis  the process by which the  cytoplasm divided.

Inter phase; the literal resting period which precedes the stages of division of mitosis where the cells accumulates enough  metabolites for the division ahead, replicates organelles e.g mitochondria (to synthesized  enough ATPs for the cell division), replicates DNA for the daughter cells, and increases in size. And  changed chromosomes  to chromatids Although it is always refereed to as  part of mitosis, it is technically not part of this cell division, because it involves series of activities which are different from actual  mitotic cell division stage.