part 2: blood types & incomplete dominance positive blood types follow the complete dominance pattern, and…

part 2: blood types & incomplete dominance positive blood types follow the complete dominance pattern, and are dominant. negative blood types are recessive. curly hair and straight hair exhibit incomplete dominance. in the space below, complete three punnett squares to show the possible offspring for mr. & mrs. jones: which men did you eliminate last time? write eliminated in their row. for everyone else, write their genotypes in the boxes below. which men can be eliminated based on these traits?

part 2: blood types & incomplete dominance positive blood types follow the complete dominance pattern, and are dominant. negative blood types are recessive. curly hair and straight hair exhibit incomplete dominance. in the space below, complete three punnett squares to show the possible offspring for mr. & mrs. jones: which men did you eliminate last time? write eliminated in their row. for everyone else, write their genotypes in the boxes below. which men can be eliminated based on these traits?

Answer

Explanation:

Step1: Determine genotypes from given phenotypes

  • Blood - type: A homozygous is AA, A heterozygous is AO, B homozygous is BB, B heterozygous is BO, AB blood - type is AB, O blood - type is OO.
  • Rh blood - type: Positive homozygous is ++, positive heterozygous is +-, negative is --.
  • Hair texture: Straight hair is SS, wavy hair is SC, curly hair is CC.

Step2: Fill in the genotypes for each person

  • Mr. Jones: Blood Type - AA, Rh Blood Type - (not specified in the initial data for filling this part in the table, assume we need to use the Punnett - square info, but if we just go by the first table, no info for Rh), Hair Texture - (not specified in the first table for filling this part in the table initially, assume we use Punnett - square info later). Genotypes: Blood Type: AA; Rh Blood Type: (unknown from given data to start filling table); Hair Texture: (unknown from given data to start filling table).
  • Mrs. Jones: Blood Type - BO, Rh Blood Type - +-, Hair Texture - SS.
  • Carl: Blood Type - AO, Rh Blood Type - ++, Hair Texture - SC.
  • Rick: Blood Type - AB, Rh Blood Type - +-, Hair Texture - SC.
  • Daryl: Blood Type - AO, Rh Blood Type - --, Hair Texture - CC.
  • Shane: Blood Type - AO, Rh Blood Type - ++, Hair Texture - SC.
  • Glenn: Blood Type - BB, Rh Blood Type - ++, Hair Texture - SC.

Answer:

Name Blood Type Rh Blood Type Hair Texture
Mr. Jones AA (unknown) (unknown)
Mrs. Jones BO +- SS
Carl AO ++ SC
Rick AB +- SC
Daryl AO -- CC
Shane AO ++ SC
Glenn BB ++ SC

To determine which men can be eliminated based on traits, we need more context about what the traits are being compared to (e.g., traits of a child in a paternity - like problem). Without that context, we cannot fully answer the elimination part. But if we assume we are looking at non - matching blood types for a paternity case, for example, if the child has a blood type that cannot be produced by the parents' genotypes, we would need more information about the child's traits.