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 MOBILE?  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 7.  You learned the names for all the joints of the hand, though not the foot.  Name the joint formed between bones #11 and #12:  Be specific! What is the structural classification (two terms!) of this joint?

Refer to Figure 9.  Your patient is able to flex and extend their shoulder but is having severe pain when attempting to adduct their shoulder, especially against resistance.  What muscle did your patient likely injure?:   What numbered arrow points to this muscle?:  

Refer to Figure 4.  Your patient has a small fracture at Landmark #25. 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?:

An experiment was conducted to assess the efficiency of wind turbines. Five different types of wind turbines were assessed. The sample sizes of each type are as follows: Type A: 12Type B: 15Type C: 10Type D: 19Type E: 8 How many degrees of freedom are associated with the Error Sum of Squares (SSE)?

A randomized block design was developed with 6 treatments and 7 blocks. In the ANOVA table for this setup, what are the degrees of freedom for the following? Sum of Squares Error: Sum of Squares Total:

An experiment was conducted to determine the difference in cell phone battery life based upon the cell phone brand. Four different types of cell phone brands were assessed. Suppose a hypothesis test was conducted with the null hypothesis

Find the arc length of the polar curve described by r=8+8cosθ.

Find ∫5xdx

The client is to receive 300 mg Cetofan IM. The label on the available vial reads: “Cetofan 1.5 g, add 15 mL diluent for 100 mg/mL solution.” How many milliliters of the prepared solution are needed for one dose?