match the following pictures to the correct phase.\nprophase\nmetaphase\nanaphase\ntelophase\ncytokinesis

match the following pictures to the correct phase.\nprophase\nmetaphase\nanaphase\ntelophase\ncytokinesis

match the following pictures to the correct phase.\nprophase\nmetaphase\nanaphase\ntelophase\ncytokinesis

Answer

Brief Explanations:

  1. First image (chromosomes aligned at equator): In mitosis, metaphase is when chromosomes line up at the cell's equatorial plate. So this matches "metaphase".
  2. Second image (chromosomes moving apart): Anaphase is characterized by sister chromatids being pulled apart to opposite poles. So this matches "anaphase".
  3. Third image (two cells forming, cleavage furrow or cell plate?): Telophase is when the nuclear envelope reforms and the cell starts to divide. Wait, no—cytokinesis is the division of the cytoplasm, but the third image here (two cells with nuclei) is telophase? Wait, no, let's recheck. Wait, the fourth image: chromosomes condensing, nuclear envelope breaking? Prophase is when chromatin condenses into chromosomes, nuclear envelope breaks down, spindle forms. So fourth image (chromosomes condensed, in a nucleus - like structure but with spindle) is prophase. Then the fifth image: two cells, each with nucleus—cytokinesis is the final separation, but telophase is when nuclei reform. Wait, maybe I mixed up. Let's correct:
  • First image: chromosomes aligned at middle (metaphase) → match "metaphase".
  • Second image: chromosomes moving to poles (anaphase) → match "anaphase".
  • Third image: two cells, nuclei formed (telophase) → match "telophase".
  • Fourth image: chromosomes condensing, spindle forming (prophase) → match "prophase".
  • Fifth image: cytoplasm dividing, two cells (cytokinesis) → match "cytokinesis".

Wait, the third image: if it's two cells with nuclei, that's telophase. The fifth image: if it's the final split, that's cytokinesis. Let's re - assign:

  1. First picture (chromosomes at equator): metaphase.
  2. Second picture (chromosomes moving apart): anaphase.
  3. Third picture (two cells, nuclei present): telophase.
  4. Fourth picture (chromosomes condensed, spindle): prophase.
  5. Fifth picture (two cells, separated): cytokinesis.

So the matches are:

First image → metaphase

Second image → anaphase

Third image → telophase

Fourth image → prophase

Fifth image → cytokinesis

Answer:

  1. First image (chromosome - aligned - at - equator) : metaphase
  2. Second image (chromosomes - moving - apart) : anaphase
  3. Third image (two - cells - forming - nuclei) : telophase
  4. Fourth image (chromosomes - condensed - spindle) : prophase
  5. Fifth image (two - separate - cells) : cytokinesis