25 Flour beetles may be black or bronze, and this difference in body color is due toa single gene. A flour beetle with a black body is crossed with one that has abronze body. Half the F₁ progeny have black bodies, and the other half havebronze bodies. In the text box provided, write out a cross that could be doneusing these F₁ progeny to determine which trait is dominant and which isrecessive. Indicate the phenotypes of the F₁ beetles you would use for yourcross. Clearly indicate the outcome expected if black is dominant, and if bronzeis dominant. These expected outcomes must be different if your cross is able todetermine which trait is dominant. There is no need to include a Punnett Squareor proposed genotypes. Organize your answer like this:If black is dominant, (F₁ phenotype) x (F₁ phenotype) > offspring phenotypicclasses and proportionsIf bronze is dominant......classes and proportions> offspring phenotypic Match the chromosomal feature on the left with a correct statement about it onthe right.centromerestelomerespseudoautosomal regions of X andYnucleosomechiasmata[Choose ]physically connect sister chromatids prior to chromosome segregation at meiosis IIshared sequences at the tips of X and Y chromosomes that allow them to pair at meiosis Iprotect chromosome endsa histone octamer with DNA wrapped around itphysically connect homologous chromosomes prior to chromosome segregation at meiosis I[Choose ][Choose ][Choose ]

Name: 25 Flour beetles may be black or bronze, and this difference in body c
Uploaded: 2024-03-20T06:42:55.000Z
Channel: Bartleby
Description: 25 Flour beetles may be black or bronze, and this difference in body color is due toa single gene. A flour beetle with a black body is crossed with one that has abronze body. Half the F₁ progeny have black bodies, and the other half havebronze bodies