Suppose you had the 3 separate processes, running the code below: process0 ( const unsigned int i)       /* i = 0 or i = 1 or i = 2 */{  // Do stuff    // Task 0    // Later stuff}      process1 ( const unsigned int i)       /* i = 0 or i = 1 or i = 2 */{  // Do stuff    // Task 1    // Later stuff}           process2 ( const unsigned int i)       /* i = 0 or i = 1 or i = 2 */{  // Do stuff    // Task 2    // Later stuff}          Assume that all of these processes share a single message queue.  Describe where you would use a message queue to ensure that p0 does t0 and then once that is done, that p1 will do t1 and then once p1 is done with t1, that p2 can start on t2. Please indicate if a msgrcv or msgsnd is going to a particular process or to any process.

Name the region of the organ outline in yellow

Name the region of the pharynx outlined in yellow

Bonus: Name the structure 4lab41.png

Name the corner of the colon

A patient who is status post left hemispheric stroke is working on sit to stand transfers.  About half way up to standing position, the patient falls back into the chair. Which of the following would be the MOST appropriate test or measure to use to assess this patient’s difficulty with sit to stand?

A patient recovering from a traumatic brain injury is functioning at a Rancho Los Amigos Cognitive (LOCF) Level IV. During the therapist’s initial examination, the patient becomes agitated and tries to hit the therapist. What is the therapist’s BEST course of action?

Which of the following statements is TRUE regarding the focus of the physical therapy examination of the confused and agitated patient?

A patient who is 3 months post stroke is referred to outpatient PT for gait training. He is currently ambulating household distances with a straight cane independently. During your gait assessment, you have the patient ambulate without the cane. You note recurvatum of the paretic knee during midstance to terminal stance phase of gait that worsens with continued walking. What would be your BEST choice for interventions to address his gait deviation?

What best describes a method of describing the extent to which a signal can vary and still maintain accuracy?