Question

Consider parents with the following genotypes: A/A ; B/b ; c/c A/a ; B/b ; C/c...

Consider parents with the following genotypes:

A/A ; B/b ; c/c

A/a ; B/b ; C/c

How many different gametes are possible from each parent?

How many different genotypes are possible in offspring of these individuals?

How many different phenotypes are possible in offspring of these individuals (assume complete dominance for all genes)?

Homework Answers

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
Simple Monohybrid Cross without Phenotypes Individuals with the following genotypes were crossed: Aa and aa: a....
Simple Monohybrid Cross without Phenotypes Individuals with the following genotypes were crossed: Aa and aa: a. What gametes can each parent produce and in what proportion? b. What genotypes could result from this cross? c. If a large number of offspring were produced, what proportion would have the Aa genotype?
Assume that there is complete dominance and complete penetrance at each locus and that epistasis does...
Assume that there is complete dominance and complete penetrance at each locus and that epistasis does not occur. (These are the same conditions we used in class). Write your answers in numeric form (not in words). Referring to the cross DdFfGgHhRrTT x DDffGgHhRRTt: How many different gametes does the DdFfGgHhRrTT parent produce? Answer How many different genotypes are found among the progeny of this cross? Answer How many different phenotypes are found among the progeny of this cross? Answer What...
If AaBbCcDd is mated to AaBbCcDd (no gene interactions among all genes), what is the probability...
If AaBbCcDd is mated to AaBbCcDd (no gene interactions among all genes), what is the probability that the offspring will have either the phenotype AaB_CcDD or the genotype AAbbCcD_? (assuming complete dominance for genes) (Show procedure, NO score for direct result) A mouse sperm of genotype a BCDE fertilizes an egg of genotype a bcDe. What are all the possibilities for the genotypes of (a) the zygote and (b) a sperm or egg of the baby mouse that develops from...
Individuals with the following genotypes were crossed: Aa and aa: a. What gametes can each parent...
Individuals with the following genotypes were crossed: Aa and aa: a. What gametes can each parent produce and in what proportion? b. What genotypes could result from this cross? c. If a large number of offspring were produced, what proportion would have the Aa genotype?
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...
8. The dominance pattern of a gene can be determined from the phenotypes of the parents...
8. The dominance pattern of a gene can be determined from the phenotypes of the parents and offspring. In the examples below, assume that each parent is homozygous for the specific allele and that the progeny are heterozygous. Classify each example as either complete dominance, incomplete dominance, or codominance. Complete dominance: ___________________________________________________________________ Incomplete dominance: _____________________________________________________________________________ Codominance: _______________________________________________________________________________________ a) A pea plant with all purple flowers and a pea plant with all white flowers produce a pea plant with all purple...
1. Conduct a dihybrid cross of pea plants with the following combination of traits: Parent 1—Tall...
1. Conduct a dihybrid cross of pea plants with the following combination of traits: Parent 1—Tall plant with white flowers (pure breeding); Parent 2—Dwarf plant with purple flowers (pure breeding). i) What are the genotypes of the parents? ii) What are the genotypes of their gametes? iii) Portray a cross and determine the F1 generation. Use a Punnett’s square. What are the genotypes and phenotypes of their offspring? iv) Conduct a F2 cross with the offspring. What are the genotypes...
What is the total number of different kinds of genotypes that are possible among offspring if...
What is the total number of different kinds of genotypes that are possible among offspring if the following two parents are crossed, assuming that the genes for each trait are found on different chromosomes? FfRrHhGG x FFRrHhgg Do a Punnett square for each gene on SCRAP PAPER, but *NO* branch diagram is necessary because I am NOT asking for what all the possible genotypes are – just the number of different genotypes. SHOW MATH: ANSWER: ________
Tallness (T ) in snapdragons is dominant to dwarfism (t ), while red (R ) flower...
Tallness (T ) in snapdragons is dominant to dwarfism (t ), while red (R ) flower color is incompletely dominant to white (R' ). The heterozygous condition results in pink (RR' ) flower color. The genes for these traits occur on separate chromosomes. A dwarf, red snapdragon is crossed with a plant homozygous for tallness and white fowers. a) Determine the genotypes of the parents. b) Determine all the types of gametes each parent can produce. c) Complete the Punnett...
For each of the following individual genotypes, list the gametes the parent could produce. Indicate whether...
For each of the following individual genotypes, list the gametes the parent could produce. Indicate whether each genotype represents a homozygous or heterozygous individual. Assume each letter (A, B, C… ) references a different trait. Capital, lower case, letter with a prime sign (R’) or other different variants of the same letter indicate differing forms (alleles) for a given trait. Genotype Homo/heterozygous Possible gamete Possible gamete (if different from the first gamete WW Tt gg Rr RR