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For the next 3 questions, consider the following pseudocode (lines are numbered for easy subsequent reference). 0 procedure sort(A : list of sortable items) 1 n := length(A) 2 do 3 swapped = false 4 for i := 1 to n – 1 inclusive do 5 if A[i – 1] > A[i] then 6 swap(A[i – 1], A[i]) 7 swapped := true 8 while swapped 9 end procedure

A Physical Therapist Assistant plans to assess the length of a patient’s Hip Flexors. Which of the following assessments should they use?

Comparing your Big-O for this new approach and the Big-O for the approach that splits each problem into only 2 subproblems, what can you conclude about how the number of subproblems into which you split the convex hull problem affects the runtime? Justify your answer.

Define with the help of variables and appropriate data structure notation what outputs are produced.

If the Physical Therapist Assistant (PTA) places a hot pack with 6-8 layers of toweling around the ankle for 15 minutes, which one of the following physiological effects will MOST likely occur?

Based on the following picture, which of the following best describes the primary purpose of proper draping techniques during physical therapy sessions?  

Show the simplified result of this expression expression representing the appropriate additions and multiplications of the Big-O complexities you annotated in the last step (i.e., combine like terms). Keep constants and lower order terms for this step (we’ll ask for final Big-O in the next question). Show your work.

Define with the help of variables and appropriate data structure notation what inputs are required.

Using the Master Theorem, give the Big-O runtime for this new approach. Show your work.

When a patient has a pacemaker, it is absolutely contraindicated to utilize heat or ice.