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I did calculations by making number of cells at each stage divided by total number of cells,and made graphs of the result. They are presented in here

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Proportion of time in each stage of cell cycle (Evidence)

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Proportion of time in each stage of cell cycle (Evidence)

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https://infogr.am/adsa-605587181388
I have it on that website. You can go and see it there

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Numbers of cells at each stage of cell cycle (Evidence)

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Numbers of cells at each stage of cell cycle (Evidence)

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Other Groups' Claim (part of Argumentation)

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Other Groups' Claim (part of Argumentation)

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Group 1: plant and animal cells spend the same proportion of time in the stages of cell cycle.

Group 2: Plant cells spend less time in the stages of cell division, preferring to stay in Interphase for longer.

Group 3: Onion root tip would have more cells in mitosis than the white fish blastula.

Group 4: Both cells spent most of the time in Interphase

Group 5: Both spent similar amount of time in Prophase and Interphase.

Both spent more at Interphase

Group 6: Plant spent shorter amount of time in each stage of cell cycle compared to animal cells'

Group 7: Both spent most time in Interphase

Group 8: Both spent significantly different proportions of time in each stage of the cell cycle

Group 9: Plant and animal cells did not spent the same amount of time in each stage in the case of prophase and Interphase

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-When we counted the numbers of the cells in each phase, Animal cell had higher proportion time spent at Interphase and Prophase.

-They also had more numbers of each phase. after finishing collecting data, we calculated the proportion of time spent at each phase, and we got that at Interphase and Prophase more proportion of time was spent.

We observed more animal cells at Interphase, Prophase, and Metaphase. So, animal cells have more cells at Interphase, Prophase, and Metaphase of the cell cycle

This is important because it tells us that how long cells spend in each stage of the cell cycle. From this evidence we can determine the relative amount of time a cell spends in each stage.

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The goal is to understand more about Cell Cycle

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The goal is to understand more about Cell Cycle

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Should answer the guiding question "Do plant and animal cells spend the same proportion of time in each sage of the cell cycle?"

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We agreed with some of the other groups that Interphase took up the considerable amount of time in the cell cycle. Group 3, 4, 5, 7 's claim is almost identical to ours' since they also claimed that both cells spent most of the time in Interphase. Group 2 and 6 had similar result with us because one of the cells spent quite a time at Interphase. Group 1 and 8's claim was different from ours' because their claim is that cells spend the same proportion of time in the stages of cell cycle, whereas ours' is that proportion of time is not the same between cells. No other group claimed that Animal cells spent more proportion of time at Prophase compared to plant cells or plant cells spent more proportion of time on Metaphase, Anaphase, and Telophase compared to animal cells.

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Both cells spent the most proportion of time in Interphase. Animal cells spent more time on Prophase compared to plant cells and plant cells spent more proportion of time on Metaphase, Anaphase, and Telophase.

They don't spend the same proportion of time for each stage of the cell cycle.

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Interphase- 52.1%  63

Prophase-  19.8%  24

Metaphase- 14.0% 17

Anaphase- 5.8%  7

Telophase- 8.3%  10

Total: 121

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Interphase- 42.3%  33

Prophase- 19.2%  15

Metaphase- 16.7% 13

Anaphase- 9.0%  7
Telophase- 12.8%  10
Total: 78

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Proportion of time that plant cells and animal cells spend at each stage of the cell cycle.

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1. Take one Whitefish Blastula and one Onion Root slide.

2. Adjust microscope to a visible  x650 magnification for both the whitefish blastula and the onion root tip.

3. Observe the whitefish blastula slide and count the number of cells participating in the following stages of cell cycle: Interphase, Prophase, Metaphase, Anaphase, and Telophase.

4. Calculate the percentage of cells participating in the parts of the cell cycle listed above, by dividing each individual phase by the total amount of cells observed.

5. Repeat steps 3 and 4, but instead of the whitefish blastula slide, I will use the onion root slide.

6. Compare the percentages of each of the listed stages of the cell cycle and determine from greatest to least, which parts of the cell cycle take up the greatest proportion of active cells.

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Do plant and animal cells spend the same proportion of time in each stage of the cell cycle?