Which Of The Following Genotypes Indicates A Homozygous ~ Latest News

He has a scar on his right cheek. He is intelligent and an excellent drummer. Which of his traits did he most likely inherit? answer choices . height. the scar. his intelligence homozygous dominant. homozygous recessive. none of these choices. Which of the following genotypes is homozygous dominant? answer choices . A. Aa. AA. aa. Tags:b. The two alleles controlling a trait were divided equally among the gametes. c. Alleles for different traits were inherited independently. d. One of the pair of alleles is dominant to the other. e. The crossing of two different homozygous forms will not produce any offspring in the first generation that will look like either of the parents.For the following problems indicate whether it is Heterozygous (He) or Homozygous (Ho). AA Bb Cc Dd EE Ff Gg hh Ii JJ. For each of the genotypes below indicate what phenotypes would be possible. Purple flowers are dominant to white flowers PP Pp Pp. Brown eyes are dominant to blue BB Bb Bb. Round seeds are dominant to wrinkled RR Rr RrQuestion: Which of the following genotypes indicates a homozygous dominant trait? a. Tt b. TT c. ttConsider a cross between a man who is homozygous dominant for a trait (GG) and a woman who is heterozygous (Gg) (GG x Gg). For each of their offspring, indicate the chances (probability) of the different genotypes occurring.

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Which of the following indicates a heterozygous genotype? aa Aa AA Aa and AA AA and aa In a monohybrid cross of Tt individuals, where T is dominant and f is recessive, the phenotype ratio of the F2 generation will be...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.Having two of the same genes for the trait (TT, tt); Both dominant or both recessive. Preview this quiz on Quizizz. Which of the following alleles is homozygous (purebred) recessive? Which of the following genotypes is homozygous dominant? answer choices . A. Aa. AA. aa. Tags: Question 20 . SURVEY . 300 seconds . Q.Homozygous chromosomes are seen in various genes like the genes for eye color where the dominant trait is brown and is seen as BB in homozygous organisms. Homozygosity might result in various diseases in a homozygous-recessive genotype where the recessive genotype is a mutant gene.

Solved: Punnet Problems For The Following Problems Indicat

In some bees, thin stripes (S) are dominant over thick stripes (s) and black eyes (B) are dominant over gray eyes (b). Complete a dihybrid cross for parents with the genotypes: SsBB × ssBb and answer the following in complete sentences. Describe how you would set up a Punnett square for this cross.****It is actually redundant to say heterozygous dominant because when you say heterozygous, it is given that the dominant trait is expressed.**** You might be wondering about the BBss. This is not considered because each letter represents a different trait. So BBss is two traits. Homozygous Dominant for B and homozygous recessive for s.Genetics Intervention Name Per. Simple Genetics Practice: Solve the following problems. For each genotype below, indicate whether it is heterozygous (Het) or homozygous dominant (HoD) or homozygous recessiveIf "T" is for the dominant allele of a trait (eg. phenotype of brown fur) and "t" is the recessive allele of a trait (eg. phenotype of white fur), then a heterozygous dominant genotype for this trait would be " Tt ". Heterozygous means both alleles are different (so Tt, not tt or TT). A genotype is what the genes say (one allele for brown fur, one allele for white fur), while a phenotype isThe next eight days off will help in the recovery process after writing this quiz. Part D: Punnett Squares (8) 1. Curly hair is recessive and straight hair is dominant. A woman with curly hair marries a man who is homozygous dominant for straight hair. Predict the outcome for the children. Show your work with punnett squares, genotypes and

What is the benefit of an uneven manufacturing of gametes in oogensis?

a. One haploid cellular receives the majority of the vitamins from the cytoplasm.

b. The homologous chromosomes are passed on to one haploid cell.

c. Two mature ova are to be had for fertilization with sperm.

Rachael is watching a few slides taken from a female orangutan. She observes an ovarian slide the place all the cells show chromosome tetrads in synapses. Which stage of meiosis has Rachael observed?

a. Meiotic prophase I

b. Meiotic prophase II

c. Meiotic metaphase I

During gamete formation, each allele of a pair for a gene moves to separate gametes. Which concept is indicative of this commentary?

a. The concept of independent collection

b. The principle of segregation

c. The theory of unit characters

Consider the following cross:

Parent 1: YyTt

Parent 2: YyTt

Using the laws of probability, decide the likelihood that the offspring will show YyTT genotype?

a. 1/8

b. 1/16

c. 1/2

Which of the following genotypes indicates a homozygous dominant trait?

a. Tt

b. TT

c. tt

A standard appearing couple is located to be heterozygous recessive for albinism. Both have the genotype Aa. The gene chargeable for albinism is recessive to the commonplace pigment-producing gene. What are the possibilities of their kids being albino?

a. 3:Four youngsters can be albino.

b. All kids shall be albino.

c. 1:Four children will likely be albino.

John has two sisters and two brothers. Three of the 5 children in the family have dark brown hair, one has pink hair, and one has gentle brown hair. The variation in hair color is because of the enter of multiple genes. What trend of inheritance is exhibited right here?

a. Polygenetic inheritance

b. Co-dominance

c. Pleiotropy

If crimson snapdragons of the F1 hybrids (RW) are crossed with purple snapdragons of the mother or father plant (RR), what will be the ratio of flora produced in 40 offspring?

a. 30 purple flora, 10 crimson flowers

b. 20 purple flowers, 20 purple plants

c. 10 crimson vegetation, 30 white vegetation

Around 40% of cats with white fur and blue eyes are deaf. The gene accountable is pleiotropic. What does this mean?

a. The genes for deafness and pigmentation are allelic to one another and are expressed in equal share.

b. The gene for pigmentation mask the gene for hearing.

c. A unmarried gene is responsible for pigmentation and listening to.

An individual with blood workforce A produces antibodies towards B. A person with blood group B produces antibodies against A. A person with blood staff AB produces no antibodies. How are you able to explain this?

a. A and B alleles are co-dominant. Therefore, both A and B carbohydrates are provide on the mobile.

b. A is incompletely dominant over B. Both A and B carbohydrates are present on the mobile.

c. A and B alleles are co-dominant. Half the cells have handiest A, and other part have most effective B.

Duchenne muscular dystrophy is a genetic dysfunction that arises from a recessive X-linked allele. Why is that this dysfunction nearly all the time limited to males?

a. Males have XX chromosomes and due to this fact have a upper probability of sporting both recessive alleles for this genetic dysfunction.

b. Females have XX chromosomes and subsequently have a very low likelihood of sporting each recessive alleles for this genetic disorder.

c. Females have XX chromosomes and due to this fact have a higher chance of wearing each recessive alleles for this genetic dysfunction.

In Klinefelter syndrome males have chromosomes XXY. This is an example of:

a. Non-disjunction of sex chromosomes

b. Crossing over

c. Chromosomal rearrangement

Down syndrome is an instance of trisomy. How many chromosomes will every cell of an individual have in Down syndrome?

a. forty six chromosomes

b. forty seven chromosomes

c. forty five chromosomes

Which of the following is right kind for the impact of linkage on recombination?