Question

Unicorn abilities are determined by two linked genes, the ability to have a rainbow coat (R)...

Unicorn abilities are determined by two linked genes, the ability to have a rainbow coat (R) is dominant to a white coat (r) and the ability to fly (F) is dominant to the lack (f).

If these genes are linked by 15 map units what would be the number of expected offspring of a heterozygous flying rainbow unicorn with a homozygous white non-flying male if we had 300 offspring.

Reproduce the following table in your answer and fill out completely.

Genotype      
Phenotype
Number of Offspring

Homework Answers

Answer #1

Thanks

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 given chromosome contains three linked genes, B, T, and R that encode for the phenotypes:...
A given chromosome contains three linked genes, B, T, and R that encode for the phenotypes:             B = Black, b = white             T = Tall, t = short             R = Round, r = square To determine if the genes are linked a standard three-point testcross was done and the resulting offspring had the following phenotypes. Answer the based on this information.                                                                                                                                    Alleles 52        Black, tall, round                                                                                 BTR 315      Black, short, square (Highest) Btr 75        Black, tall,...
In corn, there are three recessive genes (a, b, and r) that are linked on chromosome...
In corn, there are three recessive genes (a, b, and r) that are linked on chromosome 3. A homozygous recessive plant is crossed with a wild-type plant. The F1 is crossed to get an F2 generation with 1370 individuals that had the following genotypes: a b r : 44 aBr: 460 A b r : 14 abR: 164 AbR: 474 aBR: 16 ABr: 158 ABR: 4 It is possible to develop a gene map, showing the order of the loci...
A phenotypically wilptype F1 female fruit fly that was heterozygous for genes controlling body color and...
A phenotypically wilptype F1 female fruit fly that was heterozygous for genes controlling body color and wing length was crossed to a homozygous mutant male tester with black body (mutant allele b) and vestigial wings (mutant allele vg). a. Symbolize the genotype of the dihybrid female and tester male using appropriate Drosophila gene symbolism using b+ and vg+ for the wildtype dominant alleles; b and vg for the recessive mutant alleles. b. What is the genotype of the F1 dihybrid...
For problem 1, to compute probabilities, the probability of event 1 AND event 2 is obtained...
For problem 1, to compute probabilities, the probability of event 1 AND event 2 is obtained by multiplying the two probabilities together, whereas the probability of event 1 OR event 2 is obtained by adding the two probabilities. 1. Duchenne muscular dystrophy (DMD) is a condition that causes muscle degeneration and then death. Most people with the condition are wheelchair-bound by age 12 and dead before age 30. The condition is due to a mutation in the gene for a...
Drosophila has three linked autosomal genes that determine different traits. These genes are black (b), vestigial...
Drosophila has three linked autosomal genes that determine different traits. These genes are black (b), vestigial (vg), and singed(sn). Each of the three genes has two alleles: a dominant wild type allele, indicated by a "+" (plus) and a recessive mutant allele indicated by a "-" (minus). (These mutant alleles cause dark black spots, short "vestigial" wings, and bent "singed" hairs, respectively, when homozygous). A testcross is conducted between females that all have the same genotype and are triple heterozygotes...
Simple Dominance with 2 genes A gene in cats causes them to be black (dominant) or...
Simple Dominance with 2 genes A gene in cats causes them to be black (dominant) or brown (recessive). A second gene causes cats to be agouti (have stripes on their hairs) or non-agouti (solid colored hairs). If you did a dihybrid cross between two black haired agouti cats, what fraction of the offspring would be expected to have each phenotype? If a dihybrid black agouti cat mated with a brown cat that was heterozygous for the agouti gene, what fraction...
For problem 1, to compute probabilities, the probability of event 1 AND event 2 is obtained...
For problem 1, to compute probabilities, the probability of event 1 AND event 2 is obtained by multiplying the two probabilities together, whereas the probability of event 1 OR event 2 is obtained by adding the two probabilities. 1.   Duchenne muscular dystrophy (DMD) is a condition that causes muscle degeneration and then death. Most people with the condition are wheelchair-bound by age 12 and dead before age 30.      The condition is due to a mutation in the gene for...
Question 11 pts ________________ is a specific version of a gene on a homologous chromosome that...
Question 11 pts ________________ is a specific version of a gene on a homologous chromosome that has a corresponding version of a similar gene on a homologous chromosome. For example, hair color gene (ie. red from mom) will be on one homologous chromosome and a possibly different version of hair color gene (ie. black from dad) will be on the other corresponding homologous chromosome. chromosome allele chromatin genome Flag this Question Question 21 pts A ___________ is how you write...
For problem 1, to compute probabilities, the probability of event 1 AND event 2 is obtained...
For problem 1, to compute probabilities, the probability of event 1 AND event 2 is obtained by multiplying the two probabilities together, whereas the probability of event 1 OR event 2 is obtained by adding the two probabilities. 1.​Duchenne muscular dystrophy (DMD) is a condition that causes muscle degeneration and then death. Most people with the condition are wheelchair-bound by age 12 and dead before age 30. ​The condition is due to a mutation in the gene for a protein,...
"The orange locus in cats is located on the X chromosome. In females, XoXo results in...
"The orange locus in cats is located on the X chromosome. In females, XoXo results in orange cats and X+X+ results in black cats When a female is heterozygous XoX+, they express both colors in patches due to a phenomenon called X-inactivation in which one X in every cell is inactivated. These females are called calico or tortoiseshell, depending on the presence of white spots. Male cats are either orange (XoY) or black (X+Y). A cross between a black female...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT