F Phenotypic ratio in the F2 å black i orange i yellow A white 4 solid red solid red i mottled red å small red dots 1 cream E cream à gray 2 orange З Ыack H black 16

You perform a cross between two plants, one MmPp and one mmpp, and obtain offspring with the following phenotypes: 42 MP; 374 Mp; 367 mP; 27 mp.  What can you conclude from these data? Group of answer choices The M and P genes are on different chromosomes The recombinant progeny are mP and Mp The M and P genes are far apart on the same chromosome The recombinant progeny are MP and mp

choose one answer

A mutation that breaks which of the following genes would be most likely to produce theanthocyanless phenotype of the green-stem Wisconsin Fast Plants (meaning no purple stems):PAL, CHS, C3H, FLS, or DFR? Explain your reasoning.

Examine Figure . What type of chromosome (metacentric, submetacentric, acrocentric, or telocentric) is chromosome 1? What about chromosome 4?

Compare the following three terms: polyploidy, aneuploidy, and nondisjunction. Briefly discuss examples of each of these conditions.

The Bread Mold model used by Beadle and Tatum was selected for which of the following reasons?

. Peas (Pisum sativum) are diploid and 2n = 14. In Neurospora, the haploid fungus, n = 7. If you were to isolategenomic DNA from both species and use electrophoresisto separate DNA molecules by size, how many distinctDNA bands would be visible in each species?

How many chromatids are there on any chromosome at the end of S, before meiosis 1? a) 2 b) 8 c) 1 d)4 An H bond is (all that apply) a) bonds that occur between Po4 and OH in DNA (polymerization) b) occurs between H and a more electronegative atom c) occurs between H and O or between H and N d) bonds present between the DNA strands (between A and T) e) bonds that occur between the electrons of H (H-H)

Some plants have a hard, cellulose layer protecting them. This hardened layer will prevent the detergent from breaking down the cell wall. Can you think of another way to break open the cells?   Note: The cell lysis and mashing the fruit with your hands or using a blender helps homogenize the DNA. Homogenization is the process of releasing DNA from the nuclei of the cells by breaking apart the cell walls, plasma membranes and nuclear envelope. It also helps to create a uniform mixture.