Homework Answers
First plant : AABB
Gametes from first plant: A, B
Second plant : aabb
Gametes from second plant: a, b
AABB x aabb
F1 generation : AaBb
Answer : option c :- AaBb
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Two pea plants, one homozygous dominant (AABB) for both traits and the other homozygous recesssive (aabb)...
In pea plants, tall plants are dominant to short plants and yellow seeds are dominant to...
In pea plants, tall plants are dominant to short plants and yellow seeds are dominant to green seeds. Write the genotypes for the following plants: i. One plant is heterozygous for both traits : ii. One plant is homozygous dominant for height and homozygous recessive for seed color :
Table 1: Mendel's Traits and Symbols for Pea Plants Traits Symbol Symbol Dominant Allele Round Yellow...
Table 1: Mendel's Traits and Symbols for Pea Plants Traits Symbol Symbol Dominant Allele Round Yellow Smooth Green Tall Axial Seed Shape Seed Color Pod Shape Pod Color Plant Height Flower Position S Recessive Allele Wrinkled Green Constricted Yellow Short Terminal а Refer back to Table 1 on the first pa abie 1 on the first page of this assignment to answer the following two questions. Use the appropriate symbols and phenotypes in your answer, 1. Show the genotypes of...
2. A Pea plant that is Homozygous Dominant for purple flower color and Heterozygous for dark...
2. A Pea plant that is Homozygous Dominant for purple flower color and Heterozygous for dark green leaves is crossed with another pea plant that is Heterozygous for both purple flower color and dark green leaves Let R = Purple flower color and r = white flower color Let D = Dark Green leaves and d = light green leaves Data Collection/Selection Using the information above, write the parent genotypes and gametes. Not all blanks may be used. Parent Genotypes:...
Mendel crossed pea plants dominant for two different traits tall and green pods) with pea plants...
Mendel crossed pea plants dominant for two different traits tall and green pods) with pea plants recessive for those same two traits (short and yellow pods). This cross resulted in pea plants that had combinations of all four traits tall with green pods, tall with yellow pods, short with green pods, and short with yellow pods). Which law of inheritance best describes why this happens? Multiple Choice O the law of segregation O the law of independent assortment O the...
Question 31 (1 point) In pea plants, round (R) seeds are dominant to wrinkled (r) seeds....
Question 31 (1 point) In pea plants, round (R) seeds are dominant to wrinkled (r) seeds. In a genetic cross of two pea plants where one plant is heterozygous for the seed shape trait and the other is homozygous for the recessive (r) trait, what percentage of the offspring would have the wrinkled seed shape? O a) 25% Ob) 100% O c) 50% O d) 75% Question 32 (1 point) In pea plants, green (G) seeds are dominant to yellow...
3. Yellow seeds is a dominant characteristic in pea plants. Pure breeding pea plants for yellow...
3. Yellow seeds is a dominant characteristic in pea plants. Pure breeding pea plants for yellow seeds were crossed with pure breeding pea plants for green seeds. The F1 generation all exhibited yellow seeds. An F1 plant was crossed to a green plant. Of 800 F2 plants, how many are expected to exhibit green seeds? Show work for full credit.
For this question you'll need to type your answer in the space provided: In pea plants,...
For this question you'll need to type your answer in the space provided: In pea plants, long stems are dominant to short stems, and green pods are dominant to yellow pods. What are the genotypes and phenotypes of offspring from a cross where one plant is heterozygous for both traits and the other plant is short stemmed with yellow pods? What percentage of each phenotype would you predict for this cross?
A homozygous variety of opium poppy (Papaver somniferum Laciniatum) with lacerate leaves was crossed with another...
A homozygous variety of opium poppy (Papaver somniferum Laciniatum) with lacerate leaves was crossed with another homozygous variety with normal leaves. All the Fj had lacerate leaves (jagged-edged leaves). Two F1 plants were crossed to produce the F2. Of the F2, 249 had lacerate leaves and 16 had normal leaves. How are lacerate leaves determined in the opium poppy? two genes, with a dominant allele at either or both loci one gene, with codominant alleles at a single locus two...
In one of Mendel's experiments he crossed two rule breeding pea plants. One produces yellow and...
In one of Mendel's experiments he crossed two rule breeding pea plants. One produces yellow and round seeds and the other produces green and wrinkled seeds. Yellow and round are dominant traits whereas green and wrinkled are recessive. We will classify yellow as ''Y'' green as ''y'' round as ''R'' and wrinkled as "r" In part A show F1 generation using punnet square. In part B show a punnet square for F2 generation from dihybrid cross. In part C by...
The tralt for purple flowers in pea plants is dominant to the trait for white flowers...
The tralt for purple flowers in pea plants is dominant to the trait for white flowers (pl. FIGURE 18: Heterozygous Homozygous Recessive Cross P pp pPp pp 6. What is the probability that the heterozygous parent will donate a recessive p allele? 7. What is the probability that the homozygous-recessive parent will donate a recessive paliele? 8. What is the probability of both parents donating a recessive p allele? 9. Why is the known genotype in a testcross always homozygous...
Table 1: Mendel's Traits and Symbols for Pea Plants Traits Symbol Symbol Dominant Allele Round Yellow Smooth Green Tall Axial Seed Shape Seed Color Pod Shape Pod Color Plant Height Flower Position S Recessive Allele Wrinkled Green Constricted Yellow Short Terminal а Refer back to Table 1 on the first pa abie 1 on the first page of this assignment to answer the following two questions. Use the appropriate symbols and phenotypes in your answer, 1. Show the genotypes of...
Mendel crossed pea plants dominant for two different traits tall and green pods) with pea plants recessive for those same two traits (short and yellow pods). This cross resulted in pea plants that had combinations of all four traits tall with green pods, tall with yellow pods, short with green pods, and short with yellow pods). Which law of inheritance best describes why this happens? Multiple Choice O the law of segregation O the law of independent assortment O the...
Question 31 (1 point) In pea plants, round (R) seeds are dominant to wrinkled (r) seeds. In a genetic cross of two pea plants where one plant is heterozygous for the seed shape trait and the other is homozygous for the recessive (r) trait, what percentage of the offspring would have the wrinkled seed shape? O a) 25% Ob) 100% O c) 50% O d) 75% Question 32 (1 point) In pea plants, green (G) seeds are dominant to yellow...
3. Yellow seeds is a dominant characteristic in pea plants. Pure breeding pea plants for yellow seeds were crossed with pure breeding pea plants for green seeds. The F1 generation all exhibited yellow seeds. An F1 plant was crossed to a green plant. Of 800 F2 plants, how many are expected to exhibit green seeds? Show work for full credit.
A homozygous variety of opium poppy (Papaver somniferum Laciniatum) with lacerate leaves was crossed with another homozygous variety with normal leaves. All the Fj had lacerate leaves (jagged-edged leaves). Two F1 plants were crossed to produce the F2. Of the F2, 249 had lacerate leaves and 16 had normal leaves. How are lacerate leaves determined in the opium poppy? two genes, with a dominant allele at either or both loci one gene, with codominant alleles at a single locus two...
The tralt for purple flowers in pea plants is dominant to the trait for white flowers (pl. FIGURE 18: Heterozygous Homozygous Recessive Cross P pp pPp pp 6. What is the probability that the heterozygous parent will donate a recessive p allele? 7. What is the probability that the homozygous-recessive parent will donate a recessive paliele? 8. What is the probability of both parents donating a recessive p allele? 9. Why is the known genotype in a testcross always homozygous...
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