Question

A species of scarab beetles have red, orange or golden wing covers. A cross between a...

A species of scarab beetles have red, orange or golden wing covers. A cross between a pair of orange beetles gave 3/4 orange and 1/4 golden offspring. A cross between a red and an orange pair have 1/2 red and 1/2 orange offspring. How do you explain these results? Choose the best answer. The trait is controlled ….

Select one:

by three alleles with dominance and recessive relations

by three alleles with incomplete dominance

by three alleles with both dominance, incomplete dominance and recessive alleles

by two alleles with incomplete dominance

by two alleles with dominance and recessive relations

Homework Answers

Answer #1

Answer is

by three alleles with dominance and recessive relations.

Explanation

From both cross it can be concluded that trait is control by three alleles in dominant and recessive relationship

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
A species of scarab beetles have red, orange or golden wing covers. A cross between a...
A species of scarab beetles have red, orange or golden wing covers. A cross between a pair of orange beetles gave 3/4 orange and 1/4 golden offspring. A cross between a red and an orange pair have 1/2 red and 1/2 orange offspring. How do you explain these results? Choose the best answer. The trait is controlled …. 1) by 3 alleles and recessive relations 2) 3 alleles and incomplete dominance 3)3 alleles and both incomplete dominance and recessive alleles...
Please answer all the questions A species of scarab beetles have red, orange or golden wing...
Please answer all the questions A species of scarab beetles have red, orange or golden wing covers. A cross between a pair of orange beetles gave 3/4 offspring orange and 1/4 golden.  A cross between a red and an orange pair have 1/2 red and 1/2 orange offspring. How do you explain these results?  Choose the best answer.  The trait is controlled …. Select one: a. by three alleles with incomplete dominance b. by three alleles with both dominance, incomplete dominance and recessive...
The following is a cross between two individuals with the genotypes as indicated for four unlinked...
The following is a cross between two individuals with the genotypes as indicated for four unlinked autosomal genes. Aa Bb Cc dd X aa BB Cc Dd 1. For each gene, assume the capital letter indicates a dominant allele and the lower case letter (small) indicates a recessive allele. What proportion of the progeny would have the following overall phenotype: recessive phenotype for A, dominant phenotype for B, dominant phenotype for C, and recessive phenotype for D? (2 points) 2....
Suppose you have a group of beetles. You find that a white eye color in one...
Suppose you have a group of beetles. You find that a white eye color in one of the beetles is due to a point mutation. Refer to B and b (where B is the allele associated with the dominant phenotype, and b is the allele associated with the recessive phenotype) in order to answer the following questions: 1) The cross of a pure breeding male with white eyes with a pure breeding female with normal eyes leads to all offspring...
We have a population of snakes. They are either all black or black with red stripes....
We have a population of snakes. They are either all black or black with red stripes. We make the following crosses to help us determine the gene interaction: A cross between the solid black snakes and the striped snakes results in a 1:1 ratio of solid black to striped snakes among the offspring. A cross between two striped snakes results in progeny in the ratio of 2 striped for every 1 solid black. Assume that these outcomes are manifested by...
1). What type of genetic interaction is seen between the three alleles in the ABO blood...
1). What type of genetic interaction is seen between the three alleles in the ABO blood type system? a. Codominance (A&B) and complete dominance (A&B compared to O) b. Codominance (A&B), and incomplete dominance (A&B compared to O) c. Complete dominance (A&B) and codominance (A&B compared to O) d. Incomplete dominance only e. Codominance only 2) Two heterozygous hairy Ewoks have two baby Ewoks. What is the chance that both offspring will have the same genotype? Select one: a. 3/8...
In a parrot species, feather colour is determined by incompletely dominant sex-linked alleles: Red (ZR) and...
In a parrot species, feather colour is determined by incompletely dominant sex-linked alleles: Red (ZR) and white (ZW). A pink male is bred many times with a red female. They produce the following offspring: Red male: 79 Pink male: 65 Red female: 82 White female: 46 1 What is the expected phenotype ratio of red males : pink males : red females : white females? 2 How often would this cross result in male offspring that are white? 3 What...
In golden retrievers, the D/d gene codes for an enzyme that produces a pigment. The dominant...
In golden retrievers, the D/d gene codes for an enzyme that produces a pigment. The dominant allele (D) results in a golden pigment, while the recessive allele (d) codes for red pigment. Additionally, the V/v gene produces a transport protein responsible for depositing the pigment produced by D/d into the hair. When the dominant V allele is present, the color expressed by D/d will be deposited and the dog will be that color (golden or red). However, allele v is...
Sickle cell anemia is a recessive trait in humans. In a cross between a father who...
Sickle cell anemia is a recessive trait in humans. In a cross between a father who has sickle cell anemia and a mother who is heterozygous for the sickle cell allele, what is the probability that all of their first three children will be unaffected? A) 1/4 B) 1/2 C) none D) 1/8 E) 1/16 In a monohybrid cross AA × aa, what proportion of homozygotes is expected among the F2 offspring? Hint: first cross is parental (P), then comes...
QUESTION 1 :The alleles of a particular gene segregate independently into individual gametes (sex cells) during...
QUESTION 1 :The alleles of a particular gene segregate independently into individual gametes (sex cells) during meiosis. True or False QUESTION 2:The DNA sequence of a gene is a phenotype. True or False QUESTION 3:Two diploid individuals, one homozygous and the other heterozygous at a particular gene, make babies. Which of the following statements about the offspring genotype is correct? (Hint: draw Punnett squares) A. All offspring are heterozygotes B. All offspring are homozygotes C. 1/2 of the offspring are...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT