Trait Dominant Recessive Pea Shape Smooth (S) Wrinkled (s) Pea Color Yellow (Y) Green (y) Pod...

Trait	Dominant	Recessive
Pea Shape	Smooth (S)	Wrinkled (s)
Pea Color	Yellow (Y)	Green (y)
Pod Shape	Inflated (P)	Constricted (p)
Flower Position	Axial (A)	Terminal (a)
Length of Stem	Tall (T)	Dwarf(t)

1. You cross two pea plants to create F1 progeny that are heterozygous for all 5 traits.

a. What is the probability of one F1 plant generating a gamete with alleles for green peas that are wrinkled OR smooth?

b. If you now cross two F1 plants, what proportion of offspring would have smooth, yellow peas with constricted pods, terminal flowers, and dwarf stems?

c. From this same cross, what proportion of offspring would have smooth, green peas with inflated pods, axial flowers and dwarf stems?

Solutions

Expert Solution

Answer-

The explanation of all answers is given below:

gladiator answered 1 year ago

Next > < Previous

Related Solutions

3. Full pod shape (F) is dominant to constricted pod shape (f), yellow pod color (Y)...

3. Full pod shape (F) is dominant to constricted pod shape (f), yellow pod color (Y) is dominant to green pod color (y), and hairy stems (H) is dominant to hairless (h) in pea plants. The f, y & h genes are linked and reside upon the same chromosome. A pure-breeding green plant with full pods and hairy stems is crossed with a pure-breeding yellow plant with constricted pods and hairless stems. The genotypes of the parents are: A. YYFFHH...

Pod characteristics are effected by a number if genes. Pod color (green dominant to yellow), pod...

Pod characteristics are effected by a number if genes. Pod color (green dominant to yellow), pod surface (rough is recessive to smooth), and pod width (wide is dominant to narrow). Pod color and pod surface are 10 map units away. True breeding plants with green, wide, and smooth were mated with yellow, narrow, and rough. This plant was test crossed. If 1000 testcross progeny were examined, how many are expected to have yellow, wide, and rough pods?

In peas, yellow seed pod (Y) is dominant to green seed pod (y), and inflated seed...

In peas, yellow seed pod (Y) is dominant to green seed pod (y), and inflated seed pod (N) is dominant to constricted seed pod (n). These two loci are NOT linked. A true-breeding pea plant with yellow, inflated pods is crossed to a true-breeding plant with green, constricted pods. The F1 progeny are self-fertilized. What is the probability of obtaining a plant that produces yellow, constricted seed pods in the F2?

In garden peas, inflated pod shape (I) is dominant to pinched pod shape (i) and yellow...

In garden peas, inflated pod shape (I) is dominant to pinched pod shape (i) and yellow pea colour (Y) is dominant to green (y) pea colour. Plants heterozygous for these characteristics were selfed (note that this is not a test cross), and the following numbers of phenotypes were seen in the progeny: 556 inflated, yellow; 193 inflated green; 184 pinched, yellow; 61 pinched green Test the data for the involvement of two independently assorting genes using the Chi-square test (don’t...

Complete dominance inheritance governs pea color. Yellow is dominant to green. The F1 generation of a...

Complete dominance inheritance governs pea color. Yellow is dominant to green. The F1 generation of a cross all had the heterozygous genotype (Yy). A garden Yy plants were mated, and the F2 generation obtained 750 plants with yellow peas. SHOW YOUR WORK to determine how many green pea plants would you expect.

You've discovered a new plant species in which yellow fruit color (Y) is dominant to green fruit color (y), and round fruit shape (R) is dominant to long fruit shape (r).

You've discovered a new plant species in which yellow fruit color (Y) is dominant to green fruit color (y), and round fruit shape (R) is dominant to long fruit shape (r). The genes for fruit color and shape are located on the same chromosome and are 12 m.u. apart. Determine the proportions of progeny of each phenotype produced for this cross. Yr/yR x yr/yr Reset Help 0% 6% 12% 25% 44% 50% 75% 88% 100% 1. yellow, round:25% 2. yellow,...

1. For the trait pod shape, pea plants are either inflated (Q), or constricted (q). Inflated...

1. For the trait pod shape, pea plants are either inflated (Q), or constricted (q). Inflated is the dominant form. In the P generation, A homozygous dominant pea plant is crossed with a plant possessing the constricted phenotype. What would the genotype of the F1 generation be? qq QQ All possible genotypes would be seen in the F1 generation Qq 2. In horses, a black mane (B) is dominant to a blond mane (b). A horse with a black mane...

1. IIn garden pea plants, the yellow seed colour (Y) is dominant over the green seed...

1. IIn garden pea plants, the yellow seed colour (Y) is dominant over the green seed colour (y). In a population of 40 pea plants, 15 pea plants are homozygous dominant, 15 are heterozygous dominant, and 10 are recessive. Find the frequency of the a. YY genotype b. Yy genotype c. yy genotype 2.In sheep, a hairy coat (H) is dominant over woolly fleece (h). In a population of 20 sheep, 9 sheep are homozygous dominant and 9 sheep are heterozygous dominant. Find...

1. IIn garden pea plants, the yellow seed colour (Y) is dominant over the green seed...

Experiment 2 Purple, Smooth Kernels Purple, Wrinkled Kernels Yellow, Smooth Kernels Yellow, Wrinkled Kernels Row 1...

Experiment 2 Purple, Smooth Kernels Purple, Wrinkled Kernels Yellow, Smooth Kernels Yellow, Wrinkled Kernels Row 1 11 4 11 5 Row 2 13 9 7 2 Row 3 17 6 6 2 Row 4 10 11 9 1 Row 5 10 8 9 3 Total 61 38 42 13 QUESTIONS:::PLEASE ANSWER ALL QUESTIONS AS THEY GO TOGETHER. Everytime questions that go together get split up and not answered i have to repost and other people dont know how to answer...

Subjects