Refer to Figure 1.  The iliacus muscle can become injured with overuse and may experience partial or complete tears of the tendon at its insertion point if not allowed to recover. Name the boney landmark described in this injury including the name and label from the figure.  NAME of boney landmark: [a] NUMBER for the landmark from the figure: [b]

Refer to Figure 5.  The hamstrings are all able to flex the knee, but only one of these muscles is able to laterally rotate the thigh at the hip. Identify the hamstring muscle that is able to laterally rotate the thigh, including the number for this muscle from the figure, and briefly explain what is different about this muscle compared to the other hamstrings that gives it this action.  Name of muscle: [a] Numbered Label for muscle: [b] Explanation for this unique action: [c] 

Refer to Figure 4.  Name each of the numbered bones below. Be specific! Remember that if there is more than one, you need to use the correct directional or descriptive terms to give the complete bone name.  Bone #1: [a] Bone #9: [b] Bone #12: [c]

Refer to Figure 1 Consider the bones labeled A through E in this figure. Include the NAME and Letter for each bone that best answers the following questions.  Which of these bones would be both most distal and medial?: [a] Which of these bones would be most proximal?: [b]

Which of the following characterizes an effective incentive plan?

Which of the following is a limitation of word clouds?

Which of the following is a pro of word clouds in presentations?

If you observe a package of rocks where a limestone layer overlies a shale layer, which in turn overlies a sandstone layer this would suggest which of the following regarding changes in sea level?

What is the postorder traversal of the below Binary Tree? Input each node in one box only Node 1 in the post-order traversal: Node 2: Node 3: Node 4: Node 5: Node 6: Node 7:  

A rectangular box is to have a square base and a volume of 50 ft. The material for the base costs 23 cents/ft, the material for the top costs 14 cents/ft, and the material for the sides costs 10 cents/ft. If denotes the length of one side of the base (in feet), find a function in the variable giving the total cost of materials used in constructing the box in cents.