The diploid number of the hypothetical animal Geneticus ...

Question

The diploid number of the hypothetical animal Geneticus introductus is 2n = 36. Each diploid nucleus contains 3 ng of DNA in G₁.

Complete the following table by entering the number of chromosomes and amount of DNA present per cell at the end of each stage listed.

End of Cell Cycle Number of Amount of
Stage Chromosomes DNA _
Telophase I
Mitotic telophase
Telophase II

Accepted Answer

Hello everyone and welcome to today's video. So if the hotline number of chromosomes in an organism is 15 and the deploy nucleus contains two mg of D N A in the G one phase. What is the amount of D N A in the deployed nuclear's during the G two phase? So if the deploy nucleus contains two mg of D N A during the G one phase, and we're being asked, what is the amount of DNA during the G two phase? We need to understand the chronological events are happening here. Remember that first, we have the G one phase where D N A is set to access as two mg, then we're going to have the synthesis face where we're going to replicate DNA and we're going to double it because of this. So DNA will be for N G and then we're going to have the second growth phase, which is going to be our G two phase where D N A will be, will be kept as for N G because it's after this synthesis phase. So the final number of or the final amount of D N A at the G two phase is going to be for N G or answer choice. I really hope this video helped you and I hope to see you on the next video.

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