Vith three COlors: Red, Yellow, and Green. You cross a true-breeding Red line and a true- breeding Yellow line. The F, progeny are all Red, with no traces of Yellow or Green pigment present. Then, you take the F, progeny and cross them to each other. In the F2 generation you see a 3:1 phenotype ratio of Red : Yellow progeny. What is the most likely conclusion you can draw from these results?

Two groups of participants read a description of a person called Mark, who was described as shy, introverted and good at mathematics. They were asked how likely each of the following statements were: a) That Mark is male; and b) That Mark is male and works as a software engineer. The group rated b) as more likely than a).  In reality a) is more likely than b) because given his name, Mark has a very high probability of being a man. The combined probability of him being both a man and a software engineer must of course be lower.   Why did the participants make this mistake, and what does this tell us about the way in which human beings make judgements about people

What are the predictions given by the Hardy–Weinberg law?

Please answer fast What are the four assumptions of the Lincoln-Peterson model, and how do we make sure they are satisfied?

Question 6a and 6b explained

Question #3: CRISPR has been used to cure an individual from sickle cell. Below is a Sanger electropherogram of a sequence from a patient without sickle cell and one with sickle cell. Sequence from a normal individual mmmm Sequence from the diseased individual G T GIIC A GC A Se SCIENCEphe A G A SCIENCE SCIENCEphoto G a) Where is the change in the sequence and what is the consequence to the protein sequence of this mutation? b) Below is an image of the normal and diseased quaternary hemoglobin protein. What is different about the protein shape and why does that structure have a huge impact on its function (please name the function!)? Adult haemogBRAR G G G G A G Sickle Cell haemoglobin S Structure a s RARY COLIBRARY c) If you were to use CRISPR to modify the genome of a diseased individual, to which nucleotides might you design your guide RNA? Why? d) RNA Seq is used to determine off-target effects of Cas9 cleavage. Why is this an appropriate tool to determine these effects? e) Data on…

List and describe the five conditions of the Hardy–Weinberg principle.

What are your views on the two sides of the debate over whetheremergent properties exist? Explain and justify

Question 1

Suppose you wanted to create a dichotomous key to identify yourself within your class. What are two questions that the dichotomous key might ask?