Answer:
a) HT
Explanation:
This question shows an animal with two distinct unlinked genes i.e. on different chromosomes. One gene codes for head shape and the other for tail length. The gene for head shape possess alleles H and h, while gene for tail length possess alleles T and t.
According to Mendel's law of independent assortment, the alleles of a gene will separate into gametes independently of the alleles of another gene. This occurs in such a way that each gamete will contain only one allele from a gene.
Based on this principle, an animal with genotype HhTt will undergo meiosis and randomly produce gametes with the following allelic combinations: HT, Ht, hT, and ht. As seen in the gametes, only one allele of a gene occured in a gamete at a time.
Therefore, HT is the genotype possible in a gamete of parent: HhTt.
Jenny underwent a prenatal test or procedure known as <span>Amniocentesis<span>. The<span> small amount of amniotic fluid (less than one ounce) removed from the sac surrounding the </span></span>fetus<span> is then sent to the laboratory for analysis. Prior to amniocentesis, a complete anatomical ultrasound should be done to patient. </span></span>
<h2>Hey there! </h2>
<h3>The answer is :</h3>
<h3>Farmland </h3>
<h2>Hope it help you </h2>
Hello!
For the complementary strand of DNA, 36 Thymine bases and 24 Guanine bases would complete the proper base pairing.
This is given by the concept of complementarity. A base in DNA has complementarity with only one other base. This complementarity is produced by hydrogen bond interactions.
For DNA, Adenine couples with Thymine and Cytosine couples with Guanine. So the 36 adenine bases will couple with 35 thymine bases, and so on.
Have a nice day!
