Suppose that, in moths, brown wings are completely dominant…

Suppose that, in moths, brown wings are completely dominant over white wings.  In addition, straight antennae are completely dominant over crooked antennae.  Moth #1 is homozygous for the recessive form of wing color and antennae shape.  Moth #2 is heterozygous for wing color and homozygous for the dominant antennae shape.  If Moth #1 mates with Moth #2 to produce 16 offspring, how many of the offspring would you expect to have brown wings and crookedantennae?

Consider the pedigree shown below. Each individual in the pe…

Consider the pedigree shown below. Each individual in the pedigree has a number designation just to make it easier for you to refer to certain individuals in your answer, if you wish.  The trait shown in the pedigree above ____________ an X-linked recessive trait (i.e. a trait that has the same inheritance pattern as the red-green colorblindness trait we studied in one of our assignments). Hint: Take advantage of your scratch paper to work out your answer to this question.