Refer to Figure 1.  There are a mix of bones in this figure, some from the pelvic girdle/legs and some from the pectoral girdle/arms.  Consider Bone D when answering the following questions: Name Bone D: Is this bone ‘left’ or ‘right’?: What bone is MOST SIMILAR to Bone D? ie. if Bone D is from the arm, what leg bone would be most similar? Name of SIMILAR Bone: Is the similar bone also in this figure? If yes, include the Letter for the similar bone. If no, just say not on figure. Figure Letter for Similar Bone: GIVE TWO anatomic details to explain makes these bones similar:

Refer to Figure 4.  Your patient has a small fracture at Landmark #11. What is the name for this landmark?: What action would be difficult to do because of this injury? ie. what would a muscle attached here do?:

Refer to Figure 4.  Your patient has a small fracture at Landmark #19. What is the name for this landmark?: What action would be difficult to do because of this injury? ie. what would a muscle attached here do?:

Refer to Figure 4.  Your patient has a small fracture at Landmark #18. What is the name for this landmark?: What action would be difficult to do because of this injury? ie. what would a muscle attached here do?:

Refer to Figure 7.  Note: The numbers on the models match the numbers on the X-ray images. For each of the bones numbered below, give the COMPLETE NAME of the bone (ie. positional terms, numbers, or other specific names).  Bone #6 Bone #12 Bone #19 Bone #21 Bone #27

Refer to Figure 6.  Most of the articulations for the appendages are synovial, but there is a joint present in this figure that is NOT synovial.  NAME the non-synovial joint: What is the structural classification (TWO TERMS!) for this non-synovial joint?: What numbered arrow on this figure is pointing to the non-synovial joint?

Refer to Figure 2.  Your patient has a small fracture at Landmark #1. What is the name for this landmark?: What muscle would be difficult to use because of this injury? ie. what passes near this location?:

Refer to Figure 3.  This figure shows an X-ray and a 3-d model of the two major articulations that join limbs to the main axial body – Joint A and Joint B.  Which of these joints would be MOST STABLE?  Name of Joint: Letter of Joint (A or B): BRIEFLY explain your choice (ie. what makes this joint stable?) including at least two boney landmarks involved in forming this joint:  

Refer to Figure 8.  Consider an injury to Muscle #9 on this figure.  What is an action this muscle performs? Identify ONE muscle that could help compensate for this injury during the recovery period. Hint: what other muscles share the actions of this muscle? NAME of Compensatory Muscle:

Refer to Figure 7.  Note: The numbers on the models match the numbers on the X-ray images. For each of the bones numbered below, give the COMPLETE NAME of the bone (ie. positional terms, numbers, or other specific names).  Bone #1 Bone #8 Bone #15 Bone #23 Bone #30