1.1 If a cell has 20 chromosomes during G, of interphase, how many chromosomes would be present during prophase? 1.2 How many chromosomes would each of the two new cells have that resulted from the mitotic division of this cell?

Biology 2e
2nd Edition
ISBN:9781947172517
Author:Matthew Douglas, Jung Choi, Mary Ann Clark
Publisher:Matthew Douglas, Jung Choi, Mary Ann Clark
Chapter10: Cell Reproduction
Section: Chapter Questions
Problem 1VCQ: Figure 10.6 Which of the following is the correct order of events in mitosis? Sister chromatids line...
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The wording in the book is confusing me. The first answer is 20 and the second is also 20?

The book does say interphase is the longest

1.1 If a cell has 20 chromosomes during G, of interphase, how many chromosomes would be present during prophase?
1.2 How many chromosomes would each of the two new cells have that resulted from the mitotic division of this cell?
1.3 The different stages of mitosis are not of equal duration; some stages are relatively long while others are quite brief. Because
the frequency of cells in each stage is proportional to the relative duration of that stage, you can estimate the relative length of
a stage by counting the number of cells arrested in that particular stage. Based on. the number of cells you observed in each
stage of mitosis (excluding interphase), which stage do you think takes the longest time to complete? (You may want to review
the slide again and count a random sample of 100 cells to answer this question.)
Transcribed Image Text:1.1 If a cell has 20 chromosomes during G, of interphase, how many chromosomes would be present during prophase? 1.2 How many chromosomes would each of the two new cells have that resulted from the mitotic division of this cell? 1.3 The different stages of mitosis are not of equal duration; some stages are relatively long while others are quite brief. Because the frequency of cells in each stage is proportional to the relative duration of that stage, you can estimate the relative length of a stage by counting the number of cells arrested in that particular stage. Based on. the number of cells you observed in each stage of mitosis (excluding interphase), which stage do you think takes the longest time to complete? (You may want to review the slide again and count a random sample of 100 cells to answer this question.)
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