0412919 0412919

15-11-2022
Biology

Answered

A man with red-green color blindness (XrY). a recessive sex-linked trait, has a child with a woman that is homozygous dominant (XRXR). What is the probability that a child produced from this couple will have red-green color blindness?

a. 100% for male children and 0% for female children.

b. 0% for male children and 100% for female children.

c. 0% for male children and 0% for female children.

d. 50% for male children and 50% for female children.

Answer :

Other Questions

4. Red-green colorblindness is inherited as a sex-linked recessive. If a colorblind woman marries a man with normal vision, what would be the expected phenotype

3. Suppose this same man in his second marriage, married a carrier female. What would their chances be of having affected children? a) Assign symbols b) Show th

2. Sickle Cell Anemia is inherited as an autosomal recessive trait. What would be the chances of a non-carrier female and a man with sickle cell anemia having a

2. A dominant gene causes yellow color in rats. The dominant allele of another gene produces a black coat color. When the 2 alleles occur together, they are co-

7. Achondroplasia dwarfism is inherited as an autosomal dominant trait. What are the chances of having 2 individuals who are each carriers have children with th

1. Identify the type of natural selection illustrated in the graph. 2. List the phenotypes that are fit to survive in the environment. 3. Outline the type of n

ARTE DIGESTIVE NERVOUS SKELETAL ENDOCRINI INTEGUMENTARY IMMUNE CIRCULATORY Blood carries hormonies throughout the body RESPIRATORY Scor MUSCULAR Platelets in th

Help ASAP What carbon cycle to make with this following Photosynthesis Combustion Diffusion Atmosphere Fossil fuels Living organic matter Decay/Decomposition

1. Show the possible gametes for the following: a) WW b) BBCc d) SsTt e) EeFfGg c) Ll

4. Neurofibromatosis (elephant man's disease) is inherited as an autosomal dominant gene. What would the expected results of a cross involving a heterozygous ma