Question

In: Biology

If you have P generation where one parent is homozygous dominant for both traits and the...

If you have P generation where one parent is homozygous dominant for both traits and the other parent is homozygous recessive for both traits, what will the F1 genotypes be?

If you then cross F1 x F1, what will the F2 genotypes be? Assuming that the trait is one of “complete dominance”, what will be the F2 frequency of offspring with 1) both dominant traits, 2) one trait dominant and one trait recessive, 3) one trait recessive and one trait dominant (swapped from number 2), and both traits recessive?

Solutions

Expert Solution

gladiator answered 1 year ago
Next > < Previous

Related Solutions

Suppose that you are working with flies that are segregating three traits. You cross a homozygous...
Suppose that you are working with flies that are segregating three traits. You cross a homozygous truncated, vestigial, shaven fly with a homozygous wild-type, apterous, spineless fly and the F1 flies are all wild-type, apterous, spineless. You next backcross the F1 flies to a truncated, shaven, vestigial parent. The progeny from this type of cross are shown below: truncated apterous shaven 94 truncated vestigial shaven 425 truncated apterous spineless 46 truncated vestigial spineless 19 wild-type apterous shaven 16 wild-type vestigial...
1-If a static game where both players have dominant strategies was to be played sequentially, A....
1-If a static game where both players have dominant strategies was to be played sequentially, A. the outcome of the dynamically played game would be the same with the outcome of the simultaneously played game. B. the Nash equilibrium of the game will not be sub-game perfect. C. the dominant strategies will no longer exist. D. the outcome of the dynamically played game would be different than the outcome of the simultaneously played game. 2- A sub-game perfect Nash equilibrium...
Draw a Punnett square for a monohybrid cross between A) two homozygous parents (one dominant and...
Draw a Punnett square for a monohybrid cross between A) two homozygous parents (one dominant and on recessive), and B) a heterozygous dominant parent and homozygous recessive parent
Corn #2 is a standard F2 generation dihybrid cross. The traits you will be following is...
Corn #2 is a standard F2 generation dihybrid cross. The traits you will be following is color and seed shape. The following counts, in red, were determined in the lab Number of yellow, round 147 Number of purple, round 452 Number of yellow, wrinkled 43 Number of purple, wrinkled 151 What is the expected ratio? Perform a chi square below. Determine your probability value ______ and analyze what that means.
Choose one of the following traits (1) Dominant/recessive OR Codominant OR Incomplete dominance OR Sex-linked (2)...
Choose one of the following traits (1) Dominant/recessive OR Codominant OR Incomplete dominance OR Sex-linked (2) choose a trait that fits into that category that was not mentioned in the PPT (3) briefly describe the trait and (4) what is the current percentage of people that have this trait in the US.
Two pea plants are crossed. Both are heterozygous for purple blossom color, while one is homozygous...
Two pea plants are crossed. Both are heterozygous for purple blossom color, while one is homozygous for being short and the other is heterozygous for being tall. In pea plants, tall is dominant to short, and purple flowers are dominant to white. Fill out the table below for the probability of each possible phenotype. Report probability as a decimal rounded to four places (e.g. 0.1250, not 1/8 or 12.5%). Phenotype Probability tall purple short purple tall white short white In...
Two pea plants are crossed. Both are heterozygous for purple blossom color, while one is homozygous...
Two pea plants are crossed. Both are heterozygous for purple blossom color, while one is homozygous for being short and the other is heterozygous for being tall. In pea plants, tall is dominant to short, and purple flowers are dominant to white. Fill out the table below for the probability of each possible phenotype. Report probability as a decimal rounded to four places (e.g. 0.1250, not 1/8 or 12.5%). Phenotype Probability tall purple short purple tall white short white In...
Advanced Accounting You have recently prepared consolidated financial statements (of a parent corporation and subsidiary) where...
Advanced Accounting You have recently prepared consolidated financial statements (of a parent corporation and subsidiary) where you were required to prepare consolidation (elimination) entries. In this metacognition assignment, specifically, identify how the financial statements would be affected if the consolidation entries are not recorded? Specifically, identify which element(s) on each statement is affected and how it is affected (under or overstated). It is not only important that students think critically and analytically but also has an awareness and understanding of...
1. Pick an industry where there is a dominant firm. Assume that you are the CEO...
1. Pick an industry where there is a dominant firm. Assume that you are the CEO of that firm. What specific measures would you take to deter entry, if any? 2. Still assume that you are the CEO of the firm and an entry has been made. How would you respond? Would you do anything specifically to cause the firm to exit, if any? 3. Suppose that you are an entrepreneur. Pick a specific industry (in which there is a...
A dihybrid cross is performed in Drosophila - one parent is heterozygous for both genes (B/b...
A dihybrid cross is performed in Drosophila - one parent is heterozygous for both genes (B/b ; F/f) and is test-crossed with a homozygous recessive type (b/b ; f/f). (where B = black body; b = brown body; F = forked bristles; f = unforked bristles.) The results are: black, forked 230 black, unforked 210 brown, forked 240 brown, unforked 250 How many degrees of freedom would you use in this case? What would be the expected number for each...
ADVERTISEMENT
Subjects
ADVERTISEMENT
Latest Questions
ADVERTISEMENT