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Based on the information gathered in the interview, who woul…

Based on the information gathered in the interview, who would you want to inquire further about as a primary support system/caregiver for Ellen?

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Ellen indicates having OT before, based on the information p…

Ellen indicates having OT before, based on the information provided, which of the following adaptive equipment may she be familiar with?

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What is the best outcome measure for this case?

What is the best outcome measure for this case?

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What UE client factors will you assess/note during your IE….

What UE client factors will you assess/note during your IE. LIST 3 (DO NOT write an explanation, points will be deducted for not following instructions)

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While brushing her teeth Ellen begins to feel dizzy? What sh…

While brushing her teeth Ellen begins to feel dizzy? What should you do? (select one)

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Based on the information gathered when interviewing Ellen, w…

Based on the information gathered when interviewing Ellen, what would be most important to know in order to decide the next steps in the evaluation process:

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Match the standardized assessment with the purpose:

Match the standardized assessment with the purpose:

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After your interview with Ellen, the next best step would be…

After your interview with Ellen, the next best step would be to:

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The woman shown above is at rest, prepared to do a push-up….

The woman shown above is at rest, prepared to do a push-up. When she pushes into the ground, a) how much force must she push with in order to do a push-up? (The reaction force to this is the force causing her to move). b) how much force is exerted on the pivot point (her toes)?

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A cube having a density of 3,672 kg/m3 is submerged in a flu…

A cube having a density of 3,672 kg/m3 is submerged in a fluid having a density of 8,463 kg/m3. Each side of the cube is 2.35 m in length. An external force is applied to the cube so that it is held at rest at a depth of 2,500 m (the bottom of the cube is at this depth). a. Calculate the weight of the cube. b. Calculate the buoyant force acting on the cube c. Calculate the absolute pressure acting on the top of the cube. d. If the cube is released, will it sink or float? Explain/show how you reached your answer

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