A man weighing 180 lb  dives from a stationary boat weighing…

A man weighing 180 lb  dives from a stationary boat weighing 120 lb. The (absolute) velocity of the man after separation is vman=[u]i+[v]j ft/sec. What is the horizontal (x-component) velocity of the boat in ft/sec after separation assuming the man and the boat are initially at rest?

Regardless of your answer in Question 6 suppose that the 1 K…

Regardless of your answer in Question 6 suppose that the 1 Kg block strikes the linear spring k=[k]0 N/m (initially undeformed) with a velocity of v=[v] m/sec. Find the maximum compression of the spring in meters produced by the moving block just before the block rebounds. Ignore friction.

Assessment and Evaluation (30 minutes) Directions: Please an…

Assessment and Evaluation (30 minutes) Directions: Please answer the following questions below. Include no more than 7 sentences per paragraph. You may create a list using bullet points if appropriate to answering the question. Please answer all 3 items. 1. Develop 3 objectives for an Undergraduate Nursing Fundamentals Course OR Develop 3 objectives for a New Graduate Discharge Planning role play. 2. Create 2 test questions (1 short answer and 1 multiple choice item) for use in a nursing education (select undergraduate nursing research course, graduate physical assessment course, or professional development setting).  Please include directions, a stem, options if required, the correct answer, and a brief rationale for each question. No references are required. 3. Interpret the item analysis below related to (a) p-value, (b) point biserial index (PBI) of correct answer, (c) point biserial indexes of incorrect answers, and (d) need for revisions. Key A p-value .93 PBI 0.04 Option p-value PBI A* .93 0.04 B .05 -0.08 C .02 0.04 D 0