Which Statement Correctly Describes the Chromosomes in Each Daughter Cell at the End of Meiosis I?
by Niranjani | Updated Oct 13, 2023
Which Statement Correctly Describes the Chromosomes in Each Daughter Cell at the End of Meiosis I?
Question: "Which Statement Correctly Describes the Chromosomes in Each Daughter Cell at the End of Meiosis I?"
General knowledge questions are little tricky and confusing. But when you think in deep you can get the answer. Yes, now we are going to know what is the answer for the above question.
Before that take 10 seconds and think if you can find the answer.
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Time Up!!!. Still didnt get the answer, No worries the answer is Each daughter cell contains 12 chromosomes, each composed of two chromatids. Each chromosome is one of a pair of homologous chromosomes from the parent cell with the other homologue found in the other daughter cell.
Which Statement Correctly Describes the Chromosomes in Each Daughter Cell at the End of Meiosis I - FAQ
Each daughter cell contains 12 chromosomes, each composed of two chromatids. Each chromosome is one of a pair of homologous chromosomes from the parent cell with the other homologue found in the other daughter cell.