08. A PTA is having a rough day, as most of their patients were preoccupied with either medication, being cleaned or eating breakfast. The PTA is behind schedule, upon entering the next room Conversation #1 — The patient states “this isn’t a good time, I’m tired and I’d rather not do therapy now.” The PTA educates the patient regarding the importance of mobility, that by participating in therapy not only will the patient get better, but it’ll improve the discharge plan so they can finally go home. Conversation #2 – The patient shouts “Don’t touch me! Don’t make me do this, I don’t want to do this. Why are you are making me do this?!” Which of the following interpretations BEST explains either Conversation #1 or Conversation 2 if the PTA continued to treat this patient?
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11. Regarding risk management, one of the best methods to mi…
11. Regarding risk management, one of the best methods to minimize risk is effective and accurate documentation. done effectively, it can protect both therapists and patients.
42. Which type of regulation is BEST associated with the ris…
42. Which type of regulation is BEST associated with the risk to the public is greatest?
What happens when the energy of a photon of light hits a chl…
What happens when the energy of a photon of light hits a chlorophyll?
What is non-photochemical quenching?
What is non-photochemical quenching?
What is the light compensation point?
What is the light compensation point?
Which of the following is not a category of Drug covered in…
Which of the following is not a category of Drug covered in lecture 6?
Place the steps for converting grams of a substance to moles…
Place the steps for converting grams of a substance to moles in correct order:
How many electrons do most atoms want around themselves to b…
How many electrons do most atoms want around themselves to be “happy” and stable?
Use the balanced reaction provided to answer the following q…
Use the balanced reaction provided to answer the following question: H2SO4 + 2NaOH → Na2SO4 + 2H2O If you have 4 moles of NaOH, how many moles of water (H2O) can you make?