If you followed a woman's cells through meiosis, at what stage of meiosis would the amount of DNA in one of these cells be equal to the amount of DNA in one of her G1 phase (before DNA replication) kidney cells?

Video transcript

Hello everyone. And in today's video we have the following problem. So the emails is to blank or separated for me. Poor hop Lloyd cells. So let's just quickly visualize the processes of mitosis one and two so we can see how separation here works. So both processes are going to be separating chromosomes. However, these chromosomes are going to be consistent of different parts in this one. And moses to here in my house is one. As we can see, it is creating two of what we call homologous chromosomes and that is going to be the end result of mayo's is one. Each daughter cell is going to have one of each homologous chromosomes. However, in may assist to we're going to have homologous chromosomes already. So if we separate them, we're not going to get the same thing. We're actually going to separate them into what consists the chromosome, which is going to be sister chromatis. These are the two parts that actually make up the chromosome. So this is going to be the name of what we get after we separate chromosomes emails is too. So we're going to highlight Answer Treaty as our final answer. Thank you very much for sticking around until the end of this video. And I really hope this helped you