A nurse is preparing to offer a community education session on anxiety. On which part of the nervous system should the nurse focus during the discussion?

During an assessment interview, a young client makes the following statement: “I need something more than friends and family to give me meaning and purpose in life.” The nurse then looks for cues that suggest whether the findings from the rest of the assessment are related.  The nurse should focus on which next step in the clinical reasoning process?

A client who has had a stroke has no eye or verbal response but withdraws from painful stimuli. How would the nurse score these responses using the Glasgow Coma Scale?

After completing the physical examination of a client who is 12 weeks pregnant, a new nurse leaves the room only to realize she forgot to complete an examination of the skin. What should the nurse do?

A male older adult client reports a 2-week history of sleep disruption due to frequently waking up to void in the middle of the night. Where in the review of systems should the nurse document this symptom?

During a health history, the nurse notes that an older client answers common questions with hesitancy and gaps in the flow and rhythm of words. What should the nurse now focus the assessment on to obtain more information about this finding?

Find the indicated derivative for the given vector-valued function .Find r ‘ (t) for r(t) = (t6)i – (csc t)j + 10k.

Find the length of the curve with the given vector equation. r(t) = (1 + 5t)i + (1 + 6t)j + (3 – 3t)k, -1 ≤ t ≤ 0 Type your answer in the given answer box.  You may need to use the equation editor found in the editing menu.  If the equation editor is not showing, click on the three vertical dots to expand the menu.  

Solve the problem. Unless stated otherwise, assume that the projectile flight is ideal, that the launch angle is measured from the horizontal, and that the projectile is launched from the origin over a horizontal surfaceA projectile is fired at a speed of 1160 m/sec at an angle of 60°. How long will it take to get 29 km downrange? Round your answer to the nearest whole number.

Solve the initial value problem.Differential Equation: = (cos t)i + (4t3- 3)jInitial Condition: r(0) = -8j