A. tt H. Blue O. Sex X linked B. Tt I. Red P. Type A C. Heterozygous J. Purple Q. Type B D. Dd x dd K. Both Red and Blue R. Type AB E. Dd x Dd L. Epistasis S. Type O F. DD x dd M. Co-dominance T. Homozygous G. Genotype N. Incomplete Dominance U. Phenotype V. TT Choice UPPER CASE Entire Word or Phrase ... Normal case 1. 1. is an example of a Mendelian Parental Cross. 2. 2. Individuals with two of the same alleles for a trait are for that trait. 3. 3. All the F1 individuals are for the trait being studied. 4. 4. What an organism looks like is their . 5. 5. Individuals with different alleles for a single trait are called . 6. 6. All the alleles in an individual make up their . 7. 7. In a test cross for a Tall (T) individual, you should cross it with a individual. 8. 8. Both alleles are fully expressed for a trait whose alleles show . 9. 9. An individual with blood type O cannot have children with blood type(s). Include all which apply. 10. 10. Men are cannot be carriers of traits. 11. 11. Flower color in roses is incompletely dominant. A cross of a red rose and a blue rose will create a rose. 12. 12. What blood type(s) (phenotype only) are possible for the children of someone who has type AB blood. Choose all which are possible
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17 The phenotypes for the trait of earwax form are determined by alleles E and e. Dry earwax is recessive to wet. a What is the genotype for someone with dry earwax? b What are the possible genotypes for someone with wet earwax? c What alleles will a person's sperm or egg cells carry for this trait if they are heterozygous? 18 Make a Punnett square for the cross between two people, both of whom are heterozygous for earwax form. Begin by noting the genotypes for each. Man ______ Woman ______ a What are the possible genotypes of their offspring, and what is the probability for each? b What are the possible phenotypes of their offspring, and what is the probability for each type of phenotype? 19 Can two parents, both of whom produce dry earwax, have a (biological) child with wet earwax? Why or why not? 20 What is the genotype for a woman who is color blind? (Hint: Don't forget to include the sex chromosomes!) 21 What is the genotype for a man with normal color vision?
Sri K.
Two true breed parents, Dominant blue and the other is recessive brown, find: 1. P1 and the gametes 2. the F1-generation with the genotype and phenotypes 3. P2 generations and F2 phenotype and genotype ratio 4. Find the gametes - Make sure to Construct the Punt box and find F2 generation phenotype and genotype ratios. Question#2, (15points) You have two true breed parents one is Green Tall, the other white dwarf, if you cross them together, find: 1. P1and the gametes, F1 2. P2 and F2-generation, phenotype and genotype 3. Make sure to construct the Punt box, and give the phenotype ratios Question #3 (15 points) Consider three independently assorting gene pairs Aa, Bb, Cc. what is the probability (give a fraction) of obtaining each of the following genotypes from parents that are having the following genotypes AaBbCC and AaBBCc show your work ? 1. AABbCC 2. aaBBCc 3. aabbCC Question #4. A. 10 points You have a mother that is hetrozygout A blood type and father that is homozygout B, what are the blood type chances of the kids. show table. B. 10.points. you have a baby with blood type A hetrozygout and his mother is blood type AB what could be his father blood type and what can not be his father blood type.
Madhur L.
a) Heterozygous b) X sex-linked traits c) Incomplete dominance d) Standard dominance e) Recessive f) Epistasis g) Genotype h) Phenotype i) Dominant j) Homozygous k) Codominance - Individuals with two of the same alleles for a trait are homozygous for that trait. - All of the F1 individuals are heterozygous for the trait being studied. - The phenotype is what an organism looks like. - Individuals with different alleles for a single trait are classified as heterozygous. - The genotype is the sum total of all alleles in an individual. - In codominance, both alleles are fully expressed in the individual. - Men cannot be carriers of X-linked traits.
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