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Mendel's law of Independent assortment explains the statement, "when breeding fruit flies, phenotypes for yellow bodies and long bristles are inherited separately."
<h3>What is the law of independent assortment?</h3>
- The alleles of two additional genes are sorted into gametes independently of one another, following the law of independent assortment.
- Receiving one allele for one gene does not affect receiving another allele for a different gene.
- Mendel's experiment consistently showed that the progeny's qualities are always distinct from those of their parents.
- He developed the Law of Independent Assortment based on this.
<h3 /><h3>What are the reasons for Independent assortment?</h3>
- Meiosis involves the independent assortment of cells.
- Chromosomes that have undergone this process are haploid and have been divided in two.
- It is crucial to comprehend the law of segregation to comprehend the law of independent assortment.
- In this, two unique genes are present in various gamete cells.
- However, when the maternal and paternal genes are randomly divided results from the law of independent assortment.
While breeding fruit flies, phenotypes for yellow bodies and long bristles are inherited separately, which is based on Mendel's law, "the law of Independent assortment."
Learn more about the law of Independent assortment here:
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Answer:
3 and 4 are both Aa
8 and 9 cannot be h0m0zygous.
Explanation:
Individual 3 and 4 are non-shaded, which means they are either AA or Aa.
They have three children, 9, 10, and 11. 9 and 11 are also non-shaded, meaning they are either AA or Aa.
However, 10 is shaded, which means he is aa.
For 10 to be aa, he must have gotten one a allele from each parent. Therefore, 3 and 4 must both be heterozygous Aa.
8 and 9 are both non-shaded, which means they are either AA or Aa.
They have three children, 13 is non-shaded, so either AA or Aa.
12 and 14 are both shaded, which means they are both aa. They much each have inherited an a allele from each parent.
This means it is impossible for individuals 8 and 9 to be h0m0zygous.
It belongs to a class of molecules called the nucleic acids.
Answer:
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