Part II: Legal & Ethical Analysis, and Strategic Implication…

Part II: Legal & Ethical Analysis, and Strategic Implications (Total – 60 points) For these scenarios:    First, identify two key legal issues and legal concepts that relate to the first scenario, and two ethical concerns / tradeoffs that relate to the second scenario.  Key legal concepts include key requirements for a relevant legal issue (such as the multiple choice answer options covered in Part I).  Also, for each of these legal concepts, identify a key fact or facts that is / are relevant for analyzing that concept.  Likewise for the ethical concerns / tradeoffs, identify stakeholders and key fact/s that are relevant to the ethical concern.  It is recommended you use a table/s such as these: Legal Issue Legal Concept Key Fact Key Legal Issue for 1st scenario LC 1 F1 “” LC 2 F2 “” LC 3 F3 “” LC 4 F4 For example, if Negligence were a key issue, you would have a table like this (note – duty & damages are normally straightforward, so they are not included) Legal Issue Legal Concept Key Fact Negligence Breach Fact about breach “” Causation Fact about causation   Ethical Concern / Tradeoff Relevant Stakeholder Key Fact ECT RS 1 F5 “” RS 2 F6 “” RS 3 F7     Then, offer and explain your strategic recommendations.  

Researchers are trying to determine the proportion of people…

Researchers are trying to determine the proportion of people who get hip replacements that go on to have a full recovery. Out of a sample of 300 individuals, 102 made a full recovery. a)  Construct and interpret a 95% confidence interval for the proportion of patients that made a full recovery.   b)  Previous estimates of patients who recovered fully from the surgery sit at a proportion of 0.5. Has the population proportion changed? Please explain.   Only show final answers below BUT show ALL work on the page you scan and submit at the end of this exam.

Gauss’s law: The cube of insulating material shown in the fi…

Gauss’s law: The cube of insulating material shown in the figure has one corner at the origin. Each side of the cube has length 0.080 m so the top face of the cube is parallel to the xz-plane and is at y = 0.080 m. It is observed that there is an electric field = (3280 N/C ∙ m)y that is in the +y direction and whose magnitude depends only on y. Use Gauss’s law to calculate the net charge enclosed by the cube. (ε0 = 8.85 × 10-12 C2/N ∙ m2) 1.