• The allele for tall (T) is dominant to short (t) and the allele for green pods (G) is dominant toyellow pods (g).o 1. A pea plant is homozygous for being tall and has yellow pods.- la. What is the genotype of this plant?- 1b. What gametes can it produce?o 2. Another pea plant is short and heterozygous for green pods.1 2a What is the genotype of this plant?- 2b What gametes can it produce?o 3. If you cross these two plants give the phenotypes of the offspring.Edit View Insert Format Tools TableParagraph vВ IU Av ev T? v:12pt vPRINECOMA3_..pptxMacBook AirDII20F9F7F8F4F5F6F2F3へ#3$46.78.RTYU会S LO

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Description: • The allele for tall (T) is dominant to short (t) and the allele for green pods (G) is dominant toyellow pods (g).o 1. A pea plant is homozygous for being tall and has yellow pods.- la. What is the genotype of this plant?- 1b. What gametes can it p

Alleles are alternate pair of genes that occupies specific location on a homologous chromosome and…

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• The allele for tall (T) is dominant to short (t) and the allele for green pods (G) is dominant to yellow pods (g). o 1. A pea plant is homozygous for being tall and has yellow pods. 1 1a. What is the genotype of this plant? - 1b. What gametes can it produce? o 2. Another pea plant is short and heterozygous for green pods. - 2a What is the genotype of this plant? · 2b What gametes can it produce? o 3. If you cross these two plants give the phenotypes of the offspring.

• The allele for tall (T) is dominant to short (t) and the allele for green pods (G) is dominant to yellow pods (g). o 1. A pea plant is homozygous for being tall and has yellow pods. 1 1a. What is the genotype of this plant? - 1b. What gametes can it produce? o 2. Another pea plant is short and heterozygous for green pods. - 2a What is the genotype of this plant? · 2b What gametes can it produce? o 3. If you cross these two plants give the phenotypes of the offspring.

Biology: The Dynamic Science (MindTap Course List)

4th Edition

ISBN:9781305389892

Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Chapter12: Mendel, Genes, And Inheritance

Section: Chapter Questions

Problem 6TYK

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Fruit weight is controlled by 4 gene pairs. The homozygous dominant weighs 200 g while the homozygous recessive weighs 80 g. Assume that the alleles have equal contribution and have cumulative effects. The F1 and F2 of the two parents below were studied. Parent 1 - D1D1D2D2D3D3d4d4 x Parent 2 - d1d1d2d2d3d3D4D4 Compute for the contribution of the dominant allele. Compute for the fruit weight of parental 1 and parental 2.
5. You are handed a mystery pea plant with tall stems and axial flowers and asked to determine its genotype as quickly as possible. You know that the allele for tall stems (T) i dominant to that of the dwarf stems (t) and that allele for axial flowers (A) is dominant to that for terminal flowers (a). (a) What are all the possible genotypes of your mystery plant? (b) Describe the one cross you would do, out of your gardens, to determine the exact genotype of your mystery plant. (c ) While waiting for the results of your cross, you predict the result of each possible genotype listed in part a. How do you do this? Why is this not called "performing a cross"? (d) Explain how the results of your cross and your predictions will help you learn the genotype of your mystery plant.
Fruit weight is controlled by 4 gene pairs. The homozygous dominant weighs 200 g while the homozygous recessive weighs 80 g. Assume that the alleles have equal contribution and have cumulative effects. The F1 and F2 of the two parents below were studied Parent 1 Parent 2 B1B1B2B2B3B3b4b4 x b1b1b2b2b3b3B4B4 a.) Compute for the contribution of the dominant allele. b.) Compute for the fruit weight of parental 1 and parental 2. c.) Provide the genotype and phenotype of the F1. d.) Compute for the frequencies of the different individuals in the F2.
Fruit weight is controlled by 4 gene pairs. The homozygous dominant weights 200 g while the homozygous recessive weighs 80 g. Assume that the alleles have equal contribution and have cumulative effects. The F1 and F2 of the two parents below were studied. Parent 1 Parent 2 B1B1B2B2B3B3b4b4 x b1b1b2b2b3b3B4B4 Provide the genotype and phenotype of the F1.
Fruit weight is controlled by 4 gene pairs. The homozygous dominant weighs 200 g while the homozygous recessive weighs 80 g. Assume that the alleles have equal contribution and have cumulative effects. The contributory effect per allele of the dominant allele is 15 g per allele. The F1 and F2 of the two parents below were studied. Parent 1 x Parent 2B1B1B2B2B3B3b4b4 x b1b1b2b2b3b3B4B4 a. Compute for the fruit weight of parental 1 and parental 2.b. Provide the genotype and phenotype of the F1.c. Compute for the frequencies of the different individuals in the F2.d. Provide the phenotypes of the F2 and their frequencies.
Fruit weight is controlled by 4 gene pairs. The homozygous dominant weighs 200 g while thehomozygous recessive weighs 80 g. Assume that the alleles have equal contribution and havecumulative effects. The F1 and F2 of the two parents below were studied. Parent 1 Parent 2B1B1B2B2B3B3b4b4 x b1b1b2b2b3b3B4B4 a. Compute for the contribution of the dominant allele.b. Compute for the fruit weight of parental 1 and parental 2.c. Provide the genotype and phenotype of the F1.d. Compute for the frequencies of the different individuals in the F2.e. Provide the phenotypes of the F2 and their frequencies.
5. Suppose parent A is homozygotic for allele T at 3 loci, homozygotic for allele t at 2 loci, and heterozygotic at 4 loci. Parent B is homozygotic for allele T at 2 loci, homozygotic for allele t at 4 loci, and heterozygotic at 3 loci. a) Find the total number of all possible offspring of these two parents. Find all possible values for the number of copies of T, and the associated probabilities of occuring within offspring
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In peas, the allele Le produces tall plants and the allele le produces dwarf plants. The Le allele is dominant to le. If a tall plant is crossed with a dwarf, the offspring are distributed about equally between tall and dwarf plants. What are the genotypes of the parents?
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n Figure 6-6, assess the allele Vfwith respect to the Vbyallele: is it dominant? recessive? codominant? incompletely dominant?
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