PART A: 1.  Work to answer the following questions about the ABO blood group sys

PART A:
1.  Work to answer the following questions about the ABO blood group system and blood type compatibility.
Can a person with blood type A successfully receive a transfusion from a person who has type O? Why or why not?
2.  Can a person with blood type A successfully receive a transfusion from a person who has type B? Why or why not?
3.  Can a person with blood type O successfully donate blood to a person who has type AB? Why or why not?
4.  Can a person with blood type B successfully donate blood to a person who has type O? Why or why not?
5.  Can a person with blood type AB successfully donate blood to a person who has type A? Why or why not?
PART B:
1. Review the images in your lab manual to answer the following questions.
Examine the X-ray of a juvenile upper and lower jaw in Figure 7.12 (p. 192 of your lab manual) and compare it with the dental eruption age stages in Figure 7.13 (p. 193). What is the approximate age of this individual?
2.  Examine the image in the Lab 7 Exercise Image Library on p. 218 of your lab manual, which is from a female and shows the symphyseal face of the pubis. Compare it with the Suchey-Brooks age phases provided in Figure 7.14 (on p. 194). What is the approximate age of this individual?
PART C:
1. In this exercise, you will simulate a case of natural selection in a predator-prey situation. Follow Steps 1-3 on pp. 93-94 of your lab manual.
STEP 4. Establish your hypotheses.
Which prey type do you think will be the most fit and avoid capture more often than the other prey types?
2.  Which predator do you think will be the most fit and succeed in capturing the most prey?
3.  Continue with the exercise by completing Steps 5-9 on pp. 94-95 of your lab manual.
STEP 10. Use your results to answer the remaining questions in this exercise.
Which prey type was the best suited to the environmental context? What data do you have to support this conclusion?
4.  Which predator was the best suited to the environmental context? What data do you have to support this conclusion?
5.  In what ways does this activity demonstrate the process of natural selection and its consequences?