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the ty d. meiosis I metaphase e. mitosis metaphase ogenes cell cyd e, and acer. To...
Please provide details: White fruit color in summer squash is governed by a dominant gene (W)...
Please provide details: White fruit color in summer squash is governed by a dominant gene (W) and colored fruit by its recessive allele (w). Yellow fruit is governed by an independently assorting hypostatic gene (Y) and green by its recessive allele (y). When dihybrid plants are crossed, the offspring appear in the ratio of 12 white : 3 yellow : 1 green. What fruit color ratio is expected from the cross of WwYy to Wwyy? 1/2 white, 1/4 yellow, 1/4...
Two independently assorting genes help determine fruit color in squash. At the first locus, the W...
Two independently assorting genes help determine fruit color in squash. At the first locus, the W allele codes for a dominant white phenotype, whereas the w allele allows colored squash. At the second locus, the allele Y codes for a dominant yellow phenotype, and the allele y codes for a recessive green phenotype. The interaction between these two genes is an example of dominant epistasis, with the W locus acting as the epistatic locus and the Y locus acting as...
2. Tetrads form during _______. prophase of mitosis metaphase of mitosis prophase of meiosis I metaphase...
2. Tetrads form during _______.
prophase of mitosis
metaphase of mitosis
prophase of meiosis I
metaphase of meiosis I
telophase of meiosis I
prophase of meiosis II
metaphase of meiosis II
anaphase of meiosis II
telophase of meiosis II
anaphase of meiosis
3. A normal individual who is a carrier for an x-linked trait
like hemophilia ___.
SELECT ALL THAT APPLY.
is heterozygous for the recessive condition.
shows the dominant phenotype.
can have daughters who have the gene.
is always...
PART I Determine if each of the following terms describes a gene or an allele. If...
PART I Determine if each of the following terms describes a gene or an allele. If the term is a gene give an example of an allele which represents that gene. If the term is an allele give the example of the gene the allele represents. Term Gene or Allele Example 1. Eye Color Gene 2. Round Seed Allele 3. Purple Flower 4. Height 5. Blond Hair Gene 6. Length of Eyelashes ...
please answer two question below thankyou e) 9; 9 3. In another plant species, the presence...
please answer two question below
thankyou
e) 9; 9 3. In another plant species, the presence and type of hairs on the plant are controlled by epistatic interaction between two independently assorting genes. Gene C determines whether the plant has hairs (dominant) or not (recessive); Rene D determines whether the hairs are straight (dominant) or curly (recessive). In a cross between a straight-haired plant and a curly- haired plant, 1/4 of the offspring have no hairs. 3/8 have straight hairs,...
Help Center 07 Question 38 What phenotypic ratio of offspring would result from a cross between...
Help Center 07 Question 38 What phenotypic ratio of offspring would result from a cross between a white-eyed male fruit fly, and a female that is heterozygous for red eye color? (See Chapter 8.3 Figure your e Text) 2 white-eyed females 2 red-eyed males V none of these 2 red-eyed female 1 white-eyed female: 1 red-eyed male: 2 white-eyed male 1 red-eyed female 1 white-eyed female 1 red-eyed male: 1 white-eyed male 2 red-eyed females: 2 white-eyed males Question 39...
c. Jwhite e For Cross #1, draw two Punnett squares in the space below to indicate...
c. Jwhite e For Cross #1, draw two Punnett squares in the space below to indicate what the F, and F, generation will be if the genes are autosomally linked. Specify the number of each phenotype you expect to be present in the F, generation, as well as the ratio of all phenotypes. Instructions: Answer the following questions and complete the data tables as you conduct your fruit fly crosses over the next two weeks. 1. Complete the following tables...
98 Mendelian Genetics Exercise D: Mendel's Dihybrid Cross But wait there's morel Mender's monohybrid crosses established...
98 Mendelian Genetics Exercise D: Mendel's Dihybrid Cross But wait there's morel Mender's monohybrid crosses established that inheritance of phenotypes happened by the interactions of discrete particles' (we now call alleles). Further, he discovered that those alleles segregate during the process of meiosis in the production of gametes, which recombine during fertilization. The result of these two insights can easily be predicted by a technique developed by R. C. Punnett. Once these principles were established, Mendel sought to understand how...
Hello guys just double checking the answers my biology genetics study guide. Please go ahead and...
Hello guys just double
checking the answers my biology genetics study guide. Please go
ahead and answer ALL the questions you see below,
if you can't answer all then PLEASE let someone
else do them! High rating only given to ALL
questions complete (questions 1 I posted the handout for it
below)
>>> 5
Questions
>>> Handout 1:
QUESTION 1 For the pedigree shows in handout 1, the mutation may be O dominant autosomal recessive autosomal X-linked recessive O A,...
please answer question 1-4 with a breif explanation thankyou 1. In humans, red-green color-blindness is a...
please answer question 1-4 with a breif explanation
thankyou
1. In humans, red-green color-blindness is a sex-linked (carried on the X chromosome) recessive trait. If a woman who is not color blind but whose father was color-blind marries a man who is not color-blind, what is the probability that their first child will be a daughter who is color- blind? a) 0 b) 25% c) 50%- d) 100%- e) cannot tell from the information given 2. In a certain species...
2. Tetrads form during _______.
prophase of mitosis
metaphase of mitosis
prophase of meiosis I
metaphase of meiosis I
telophase of meiosis I
prophase of meiosis II
metaphase of meiosis II
anaphase of meiosis II
telophase of meiosis II
anaphase of meiosis
3. A normal individual who is a carrier for an x-linked trait
like hemophilia ___.
SELECT ALL THAT APPLY.
is heterozygous for the recessive condition.
shows the dominant phenotype.
can have daughters who have the gene.
is always...
please answer two question below
thankyou
e) 9; 9 3. In another plant species, the presence and type of hairs on the plant are controlled by epistatic interaction between two independently assorting genes. Gene C determines whether the plant has hairs (dominant) or not (recessive); Rene D determines whether the hairs are straight (dominant) or curly (recessive). In a cross between a straight-haired plant and a curly- haired plant, 1/4 of the offspring have no hairs. 3/8 have straight hairs,...
Help Center 07 Question 38 What phenotypic ratio of offspring would result from a cross between a white-eyed male fruit fly, and a female that is heterozygous for red eye color? (See Chapter 8.3 Figure your e Text) 2 white-eyed females 2 red-eyed males V none of these 2 red-eyed female 1 white-eyed female: 1 red-eyed male: 2 white-eyed male 1 red-eyed female 1 white-eyed female 1 red-eyed male: 1 white-eyed male 2 red-eyed females: 2 white-eyed males Question 39...
c. Jwhite e For Cross #1, draw two Punnett squares in the space below to indicate what the F, and F, generation will be if the genes are autosomally linked. Specify the number of each phenotype you expect to be present in the F, generation, as well as the ratio of all phenotypes. Instructions: Answer the following questions and complete the data tables as you conduct your fruit fly crosses over the next two weeks. 1. Complete the following tables...
98 Mendelian Genetics Exercise D: Mendel's Dihybrid Cross But wait there's morel Mender's monohybrid crosses established that inheritance of phenotypes happened by the interactions of discrete particles' (we now call alleles). Further, he discovered that those alleles segregate during the process of meiosis in the production of gametes, which recombine during fertilization. The result of these two insights can easily be predicted by a technique developed by R. C. Punnett. Once these principles were established, Mendel sought to understand how...
Hello guys just double
checking the answers my biology genetics study guide. Please go
ahead and answer ALL the questions you see below,
if you can't answer all then PLEASE let someone
else do them! High rating only given to ALL
questions complete (questions 1 I posted the handout for it
below)
>>> 5
Questions
>>> Handout 1:
QUESTION 1 For the pedigree shows in handout 1, the mutation may be O dominant autosomal recessive autosomal X-linked recessive O A,...
please answer question 1-4 with a breif explanation
thankyou
1. In humans, red-green color-blindness is a sex-linked (carried on the X chromosome) recessive trait. If a woman who is not color blind but whose father was color-blind marries a man who is not color-blind, what is the probability that their first child will be a daughter who is color- blind? a) 0 b) 25% c) 50%- d) 100%- e) cannot tell from the information given 2. In a certain species...
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