Respuesta :

eyitbay

Answer:

23 haploid chromosomes  .

Explanation:

This is as a result of  double division in meiosis which  brings about reduction division. Therefore  the diploid  2n (46) is reduced to haploid n.(23)

Completed QUESTION.

A eukaryotic cell with a diploid chromosome complement in its nucleus would have ______. unpaired chromosomes

luisvaschetto

A eukaryotic cell with a diploid chromosome complement in its nucleus would have PAIRED CHROMOSOMES.

  • A diploid cell (2n) is a cell that contains two complete sets of paired homo-logous chromosomes, whereas a haploid cell only contains a set of chromosomes.

  • In diploid organisms, somatic (body) cells are diploid, while geminal (gamete) cells are haploid.

  • These somatic cells are produced by mitosis, whereas germinal cells are produced by meiosis.

In conclusion, a eukaryotic cell with a diploid chromosome complement in its nucleus would have PAIRED CHROMOSOMES.

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https://brainly.com/question/1397457

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