Show me how to do this punnet square problem 5. (8 points) In a species of grain, the allele for round grains (G) is completely dominant over the allelefor wrinkled grains (g). Height in the same plant is controlled by a gene that exhibits incompletedominance, such that homozygous dominant (HH) plants are tall, heterozygous plants (Hh) are mediumheight, and homozygous recessive (hh) plants are short. You cross a true-breeding plant that is tall withround grains with a medium height plant with wrinkled grains.HHGGa. What is the genotype of the true-breeding tall parent with round grains?6List the genotype(s) of the gametes this parent can produce. ay, gHb. What is the gentoype of the medium height parent with wrinkled grains?// List the genotype(s) of the gametes this parent can produce.c. Complete a Punnett square for this cross.(NOTE: a small Punnett square is sufficient to solve this problem)HJay, 66 = roun!y3 = urinisindjg Hhý HgHighshGGHyGHGg H H = .1 |Gy.H.H = 1буни.G g HhGgd. What phenotypes are possible in the resulting offspring?기Gy.thHhHHGH, HHHhHH = tollHh= nodionhh = shortGG HH x gg HhMHGyни។ودا وHg, hgHhigh thGH gHgH Gg H | gg H Hgh Gylh g ghhggGHg (GyshH GHHH

Name: Show me how to do this punnet square problem 5. (8 points) In a specie
Uploaded: 2024-03-20T06:43:04.000Z
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Description: Show me how to do this punnet square problem 5. (8 points) In a species of grain, the allele for round grains (G) is completely dominant over the allelefor wrinkled grains (g). Height in the same plant is controlled by a gene that exhibits incomplete

Understanding the inheritance patterns of genetic traits can help one better understand the complexity of heredity. In this particular study, we investigate a grain species' genetic properties. Grain shape and plant height are the two unique characteristics that are being examined.The allele for round grains (G), which is totally dominant over the allele for wrinkled grains (g), is the species' only display of complete dominance in terms of grain shape. This indicates that the round grain phenotype will be expressed in people who carry at least one dominant allele (GG or Gg).In addition, incomplete dominance plays a role in the genetic basis of plant height in this species. Individuals who are homozygous recessive (hh) are short, heterozygous dominant (HH) individuals are tall, and heterozygous recessive individuals (Hh) individuals are intermediate in height. Heterozygous people blend the tall and short phenotype due to incomplete dominance in the height gene.A medium-height plant with wrinkled grains is crossed with a true-breeding plant that has the genotypes for tallness (HH) and round grains (GG) in the experiment. To better understand how the genes controlling plant height and grain shape interact and segregate in succeeding generations, it is intended to look into the inheritance patterns of these traits in the progeny.In addition to exploring the basic ideas of genetic inheritance, this study lays the groundwork for comprehending the complex interactions between dominant and recessive alleles as well as the subtleties of incomplete dominance in determining the observable characteristics of this specific grain species.The genotype of the true breeding tall parent with round grain is ------ HHGG.This parent can produce only the following gamete ---- HG.The genotype of the medium-height parent with wrinkled grain is ------ Hhgg.This parent can produce the following gametes ---- Hg, hg.The punnet square of the following cross is -----HHGG X HhggHg hgHGHHGg (Tall height Round shape)HhGg (Medium height Round shape)HGHHGg (Tall height Round shape)HhGg (Medium height Round shape)Hg hgHGHHGg (Tall height Round shape)HhGg (Medium height Round shape)HGHHGg (Tall height Round shape)HhGg (Medium height Round shape)The demanded answer to question c is in the above chart.