Sovi.AI - AI Math Tutor

Scan to solve math questions

QUESTION IMAGE

2. distinguish between genotype and phenotype. 3. what chromosome are s…

Question

  1. distinguish between genotype and phenotype.
  2. what chromosome are sex - linked traits located on?
  3. which parent do males get sex - linked traits from?
  4. which type of inheritance has an intermediate phenotype?
  5. which type of inheritance has two dominant alleles expressed?
  6. a child has type o blood. if the mother has type b blood, what possible blood types can the father have?
  7. mr. rogers was not capable of telling the difference between tomato and pea soup because he is red - green color blind. color blindness is sex - linked. what is his genotype?

neither of mr. rodger’s parents are color - blind. what are their genotypes? dad ____ mom ____

  1. if a female has red - green colorblindness what must her dad’s genotype be?

what about her mom?

Explanation:

Brief Explanations
  1. Genotype is the genetic makeup, phenotype is the observable traits.
  2. Sex - linked traits are on sex chromosomes (usually X).
  3. Males get sex - linked traits from their mother as they inherit the X chromosome from her.
  4. Incomplete dominance has an intermediate phenotype where neither allele is fully dominant.
  5. Codominance has two dominant alleles expressed simultaneously.
  6. Since the child has type O blood (genotype ii) and the mother has type B (genotype could be IBi or IBIB), the father could have type O (ii), type A (IAi) or type B (IBi) blood to contribute an i allele.
  7. For a male with red - green color blindness (sex - linked recessive), his genotype is XbY. Since his father is not color - blind, his father's genotype is XBY. His mother is a carrier with genotype XBXb as she passed the Xb allele to her son.
  8. For a female with red - green color blindness (genotype XbXb), her dad must have genotype XbY as he gives his X chromosome to his daughter. Her mom could be a carrier (XBXb) or color - blind (XbXb).

Answer:

  1. Genotype is genetic constitution, phenotype is physical expression.
  2. Sex chromosomes (usually X).
  3. Mother.
  4. Incomplete dominance.
  5. Codominance.
  6. Type O, Type A, Type B.
  7. Mr. Rogers: XbY; Dad: XBY; Mom: XBXb
  8. Dad: XbY; Mom: XBXb or XbXb