Problem A:
50% chance of them having a blue-eyed baby. 50% of mom's recessive
one and 50% dad's dominant trait that makes the chance for the baby
to have 50% blue eyes.
Problem B:
Eye color will be brown for heterozygous parents. blue eye people
are homozygous. These babies will have a 6.25% chance for having a
blue eye and 75% of chance having a brown eye and 19% for the green
eyes.
Problem c:
100% chance of having a daughter with hemophilia and a 0% chance of
son have hemophilia.
Problem d:
50% chance of each son have hemophilia and 50% chance of daughter
have hemophilia gene.
Solve the following Genetic Problems Each problem is worth 1 extra point Problem A Mom is...
Problem C: Mom is homozygous healthy, and dad is hemophilic. What is % chance of having a hemophilic baby?
Problem B: Both parents are heterozygous. What are their eye colors? What is percent chance of them having a blue- eyed baby?
Problem D: Mom is hemophilic, and dad is normal. What is % chance of having a hemophilic baby?
Problem E: Dad is heterozygous with Blood Type B, Mom is heterozygous with Blood Type A. What is percent chance of their baby to have blood type A? Blood type B? Blood type o?
tree n elor Grandpa Grandma Dad Shannon (mom) Joseph Annabel Brown eyed male Green eyed male Grandpa Brownieved female Green eyed fernale color blind female Dad Normal female och blind male Nommal male Joseph is grandma is color blind his grandpa and mum are not shat color blind but Joseph and his dad are PUNNETT SQUARE INTERACTIVE Grandma Shannon (Mom) xn Xc Xnx Grandpa SUBMIT Construct the Punnet more info. HOME THEORY MEDIA MISSION Use the following abbreviations: Xc: X...
Font Paragraph 6. In Martians, one gene is responsible for antennae. Martians who are homozygous recessive (aa) have no antennae, whereas those carrying the dominant allele (A) have antennae. A separate gene is responsible for the size of their eyes. The dominant allele (B) results in bulging eyes, while the homozygous recessive genotype (bb) results in normal-sized eyes. A homozygous bulging-eyed Martian with antennae is mated to a Martian with normal eyes and no antennae. What is the chance of...
1 . “Chances are…” (5 pts.) i. (Mom) AaBBccDd x (Dad) AaBbCcDD a. What is the probability that the following cross will produce an offspring that has dominant traits for all four genes? b. What is the chance of having 1 boy out of 4 children that have the phenotype “A””B””c””D”? c. What is the chance of at least 2 girls out of 5 children being dominant for all four genes? ii. (Mom) Blood Type AB x (Dad #1) O, (Dad...
Merritt, 2016 BIO 1511 NAME:F. I.) 10-15 Post Lab #10 Post-LabE19: BASIC GENETICS PROBLEMS # Correct Answers: (16) (Last) Lab Day: MWF(circle one) Solve the genetics problems in this handout. For all problems, assume complete dominance, assume one gene codes for one trait, and assume there are only 2 different alleles possible for each gene (dominant or recessive) 1. If a homozygous dominant red flowered plants are crossed with homozy phenotypes and genotypes of the offspring? Show the genotypes of...
the two cream colored guinea pigs produced, in one case, 22 yellow. 47cream, and 19 white. What type of inheritance is this? II. Sex-linked Characteristics 12. In man, colorblindness, an inability to distinguish between red and green, is inherited as a sex-linked character on the X chromosome. It is recessive. If a colorblind man marries a homozygous normal woman what chance is there for the children of being colorblind? If a normal man marries a colorblind woman. where will colorblindness...
question 5-52 93 Dd D) dd D) aa x aa C) human height E) DI 4.Which of these crosses will only produce heterozygous offspring? B) AA x Aa C) Aa x Aa E) Aa x aa 5. Which of the following human traits is an example of codominance? A) sickle-cell anemia D) AB blood type B) variation in eye color 6. Which of the following is true regarding an individual who has inherited one sickle-cell gene and one normal gene...