a) what are the parent plant genotypes?
b) what is the expected phenotypic ratio for the offspring?
Answer:
Green = GG or Gg
Albinism = gg
a). Gg (green-heterozygous) x Gg (green-heterozygous)--Parents
b).
G | g | |
G | GG (green) | Gg (green) |
g | Gg (green) | gg (Albinism) |
Expected phenotypic ratio of the offspring = 3:1 (green : albinism)
In corn plants, normal green pigmentation is dominant to albinism. If two heterozygous plants are crossed:...
In humans, normal pigmentation is dominant to albinism; and wet earwax is dominant to dry earwax. A man that is heterozygous for both traits marries a woman that is also heterozygous for both traits. What would be the phenotypic ratio of the offspring?
In pea plants, tall (T) is dominant and short (t) id recessive. A heterozygous tall plant is crossed with a short plant. What is the expected phenotypic ratio? In pea plants, tall (T) is dominant and short (t) is recessive. A heterozygous tall plant is crossed with a short plant. What is the expected phenotypic ratio? all offspring will be tall 3:1 1:2:1 9:3:3:1 1:1 all offspring will be short
Narrative essay 1. In corn, purple kernels are dominant to yellow kernels, and starchy kernels are dominant to sweet kernels. If the genotypic verent crosed with a yellow, sweet parent? What would be the phenotypic ratio of the Fa complete dominance is the pattern of inheritance, what would be and phenotypic ratios for the offspring of a true breeding purple, starchy generation? 2. In guinea pigs, a cross between black furred and brown furred parents gives offspring with 100% black...
9. In humans, normal pigmentation is due to a dominant gene (C), albinism to it's recessive allele (c). A normal pigmented man has children with an albino woman. Their first child is an albino. What are the genotypes of each of these three people? IF THEY HAD MORE CHILDREN, WHAT WOULD BE THE GENOTYPIC AND PHENOTYPIC RATIO PROBABILITIES? EXPLAIN YOU REASONING!! SHOW YOUR WORK USING A PUNNETT SQUARE!! Wor m mentation(c)
In humans, normal pigmentation is due to a dominant gene A. Albinism is due to a recessive allele a. A normal man marries an albino woman and their first child is albino. What are the genotypes of all three people? If they have more children what would their pigmentation be like?
In a certain plant, smooth edge leaves(S) are dominant over roughed edge leaves (s)Two plants heterozygous for smooth edges are crossed. What proportion of the offspring are expected to be heterozygous for smooth edges leaves a)1/4 b)1/2 c)3/4 d 1
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:...
Determine the following if a pea plant that is heterozygous for these two alleles is crossed to a plant that is homozygous for the dominant allele. Phenotype Number of smooth seed coat: _________ Number of wrinkled seed coat: _________ Phenotypic ratio:___________ Genotype Number of homozygous dominant:___________ Number of heterozygous:___________ Number of homozygous recessive:___________ Genotypic ratio: _________ 2.3 Determine the following if a pea plant that is heterozygous for these two alleles is crossed to a plant that is also heterozygous....
albinism is caused by a recessive QUESTION 6 Albinism (lack of skin and hair pigmentation) is caused by a recessive autosomal allele. A woman and man both normally pigmented, have an albino child together. For this trait, what is the genotype of the albino child? O A. It is unknown, because not enough information is provided. O B. heterozygous O C. homozygous dominant OD.homozygous recessive O E. It depends on the environment that the child lives in. QUESTION 7 in...
Two strains of true-breeding, light green corn plants are crossed to each other. All the F_1 offspring are dark green. The F1's are crossed among themselves to yield the following F_2 offspring: 313 dark green 193 light green 34 yellow Given the genotype for each the true breeding strain of each color.